Category: Blog

How to Choose the Right EPC Company for Your Project?

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The EPC or turnkey contract is proposed for businesses that intend to undertake large-scale infrastructure projects. This contract will specify that the hired company will be responsible for covering the planning, engineering, procurement, construction, and all other aspects necessary for the successful completion of the project.

Hence, choosing the right EPC (Engineering, Procurement, Construction) company becomes essential. Without it, the businesses will find it difficult to meet their quality expectations from the project. 

Therefore, to help you decide better upon hiring a contractor with the right expertise, this article will educate you on some of the crucial factors to consider when choosing an EPC company like Hartek Group.

EPC (Engineering, Procurement, Construction)

Factors to consider when choosing an EPC company

Some of the factors that you must count on while choosing an EPC (Engineering, Procurement, Construction) contractor or company are:

  • Transparency

The company or contractor you hire should exhibit utmost transparency at all stages of implementing the project. They should keep you updated with all sorts of progress, problems, or halts concerning project bidding, consulting, reception, planning, warranty, implementation, or handover. 

All forms of financial plans associated with the contract should be disclosed openly without any hidden charges or attributes. In case there is any variation in it, the contractor or company must talk about it prior to implementing the changes. 

  • Quality Standards

The EPC engineering company you hire should focus on deriving quality as a priority. They should take responsibility for ensuring that all the requirements and expectations of the clients are met on priority. You must also take note of what approaches they take in order to achieve the end goals as specified by you. 

For an EPC contractor to adhere to the quality standards, it is important for them to have a proper quality control strategy within the operational efforts. For instance, they should emphasise adding more inspection procedures and meticulous testing. 

As per Government compliance regulations, different EPC projects are meant to implement ISO 9001 as their optimal QMS (Quality Management System). This system will outline the overall processes and procedures for deriving the utmost quality in executing all the projects.

  • Optimal Project Management

It is quite crucial for the EPC contractor to have outstanding project management capabilities alongside an experienced and qualified team. Upon handing over your construction project to them, they should take charge of establishing a clear plan of approach with different milestones and specific deadlines. 

Moreover, they must be proficient enough to identify critical risks/challenges that might hinder the commencement of the project and address them. Adequate project management will help you be at peace and be assured that the progress is being supervised by the right team or individual. 

  • Cost Optimization

One of the biggest factors that you must consider while hiring an EPC contractor is their cost optimization capabilities. It means they should have the ability to keep the construction expenses within the budget specified and help scale the returns associated with it. 

For almost all EPC projects, cost optimization is the key to identifying potential opportunities where the costs can be minimised. Such expertise is very important for any EPC contractor to possess in order to settle the costs in favour of the client through proper negotiation with suppliers or by choosing cost-effective materials. 

Tips for Choosing the Best EPC Company

Beyond the important factors, here are also a few tips for choosing the best EPC company for your project needs:

  1. Define the scope of your project clearly and use it for making accurate project bids for the facility construction. 
  2. Experience is the key. Even if the EPC contractor stands out on all these pointers but has a poorly experienced team, then it won’t work well for you. So, do study the overall experience of the team while assessing the EPC company as a whole. 
  3. The EPC company you hire should emphasise promoting sustainability in all areas possible. If you want your project to be part of a movement where adverse environmental impacts are reduced, seek a contractor who adopts sustainable practices and resources. 
  4. The contractor should not cut corners associated with safety just for the sake of completing the work within a specified time and budget. 

HARTEK: The Ultimate EPC Company of India with Utmost Expertise & Proficiency

Finding the right EPC company for your needs might seem like a challenge, but when you take note of the factors and tips stated above, it will be easier for you to tone down the list and filter the one that would meet your needs and requirements associated with your project. 

HARTEK, one of the leading EPC firms in India with an expertise of over 30 years, has been offering impeccable services to diverse clients. So far, we have established our service proficiency in more than 21 states of the country. The company is evolving on the scale of adopting modern technologies, which assists us in building powerful and futuristic cities in the nation. 

If your project intends to contribute to this mission of the nation, HARTEK can be your one-stop hub to help meet your quality, proficiency, and deadline requirements. 

Conclusion

As you have reached the end of this article, you are already aware of what factors or pointers to take note of while choosing an EPC contractor. Well, in the cosmos of multiple players in this industry, your intent should not just be to hire the most affordable contractor in the business but to hire the one that is the most proficient among all. In this way, you will be able to build a successful relationship with an EPC company.

Considering this, Hartek Group has been proving its proficiency in the EPC sector for a long time now and has all the right tools & expertise to take on almost all kinds of complex projects. If you are in need of more information or a price quotation, contact Hartek Group today—our consultants are ready to assist you with your service requests.

FAQ’s:-

1. What is an EPC company?
An EPC company handles Engineering, Procurement, and Construction, providing end-to-end solutions for infrastructure projects.

2. Why is choosing the right EPC company important?
The right EPC company ensures quality, cost optimization, timely delivery, and compliance with industry standards for successful project execution.

3. What factors should I consider when selecting an EPC company?
Key factors include transparency, quality standards, project management, cost optimization, and sustainability practices.

4. How does HARTEK stand out as an EPC company in India?
HARTEK has 30+ years of expertise, operates in 21+ states, and leverages modern technology to deliver high-quality infrastructure projects.

5. How can I contact HARTEK for an EPC project?
You can connect with HARTEK’s consultants anytime for project inquiries, price quotations, and expert EPC solutions.

Role of EPC Companies to India’s Infrastructure Advancement

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EPC or Engineering Procurement Construction is a type of contracting agreement within the construction sector. The EPC sector is considered the second largest segment in the Indian Economy, which is playing a big role in introducing more employment opportunities in the nation. 

EPC contractors have experienced staff members who are experts in multiple engineering domains to take up complete responsibility for clients’ construction projects. Over time, EPC companies have evolved their work approaches and have filled the gaps to ensure better project executions. 

epc companies in india

If you want to learn more about EPC companies driving India’s infrastructure revolution, let’s explore their purpose a bit more in-depth and understand the role of EPC contractors or firms towards infrastructural developments in India. This article gives you clarity on different areas where Hartek Group and other EPC companies have marked their presence as strong contributors toward promoting growth for individuals, businesses, and the nation as a whole.

What is the Contribution of EPC Companies for Diverse Infrastructure Advancement Aspects?

To help you understand the future or sustainability of the EPC industry in the nation, here are some domains where this sector is accountable as a great team player for achieving the end goals:

1. Smart Cities

EPC companies and India’s smart city mission are connected to help the nation reap outstanding benefits. India is putting up a very fast-paced call for boosting urbanisation and taking it to the next level through the introduction of smart cities. Such approaches involve the construction of modern infrastructure, which requires a certain level of expertise.

EPC firms have the right tools, resources, and expertise in order to be the pivotal support system for creating sustainable or technologically advanced urban infrastructure. With the use of the latest IoT or connected technology solutions in smart city development projects, economic growth for the country can be facilitated. 

Moreover, the EPC sector evolution in India also indicates improvements for the environment, optimisation of the transportation systems, and reduction of the costs associated with managing public assets. All of it and more are part of the smart city development projects. 

2. Renewable Energy Sector

India has a core commitment to promoting the use of renewable energy, which presents a substantial growth rate for the Engineering, Procurement, and Construction (EPC) sector. The country has a goal to achieve a specified rate of renewable energy share, and EPC firms can take this opportunity and make investments in wind, hydropower, and solar projects. 

EPC companies and India’s renewable energy sector, when combined, ensure the utmost flexibility in terms of easy project management and quality executions. The professional technicians and engineers are all dedicated to using high-quality materials and providing reliable installations. 

With the pace at which the top EPC companies are delivering their projects, soon, a bigger part of the nation will be running mostly on renewable energies, promoting immense sustainability without much carbon emissions. 

3. Global Expansion

EPC companies and India’s global competitiveness are quite aligned in a systematic pathway. The Indian EPC firms or contractors have the potential to enter international markets to boost industrial growth. 

Since EPC firms have highly skilled personnel, specialized equipment, extensive capabilities, reasonable price brackets, and extensive experience, it will be easier for them to participate in diverse projects of all the other developing countries around the world. Thus, this shall contribute further to the scale of the economic diplomacy of India. 

EPC companies pay special attention to analysing the potential of the market within the country for cooperating with the long-term or short-term returns associated with the organisation. The government is readily supporting the growth of EPC companies in accordance with international expansion. 

4. Risk Mitigation

EPC companies have been implementing outstanding risk management strategies for addressing issues such as cost overruns, regulatory uncertainties, and project delays. They have been adopting diversification of the project portfolios and are conducting due diligence to help mitigate any possible risks in respective approaches. 

Due diligence is the approach where EPC companies validate the capabilities of the suppliers to ensure that they are competent enough to deliver the required services and products. In short, due diligence will help EPC companies evaluate the quality control approaches, past performances, and financial stability of the suppliers before they are onboarded to the project. 

Moreover, the EPC contractors connect or collaborate with the stakeholders to prepare an efficient, comprehensive risk assessment & management plan. Following that, these companies also make use of technology solutions such as AI, blockchain, and data analytics to gain comprehensive visibility into the project’s supply chain and detect potential risks as soon as possible. 

Conclusion

The innovation-driven EPC services are booming at a rapid state and have surpassed a lot of challenges to be in a thriving position today. From funding constraints to the regulatory hurdles, things have been very complex for EPC companies in the past. But as of today, EPC companies are the critical drivers of India’s infrastructure development and economic growth. 

Hartek Group, being one of the contributors in the EPC sector, has a strong foot forward in helping the nation move forward with fast-paced, smart city projects, renewable energy projects, and global expansion. May it be clients or the country as a whole, Hartek Group has never backed down from delivering quality services on priority. 

Whether it’s meeting deadlines or supervising the progress of the project at every stage, we have experienced team members to adhere to every condition in the contract. To learn more about how Hartek Group can support your next project, connect with us today!

FAQ’s:-

1. What are EPC companies in India?
EPC (Engineering, Procurement, and Construction) companies handle end-to-end project execution, including design, procurement, and construction.

2. How do EPC companies contribute to smart city projects?
EPC firms provide expertise, technology, and resources to develop sustainable and technologically advanced urban infrastructure.

3. What role do EPC companies play in India’s renewable energy sector?
EPC companies support solar, wind, and hydropower projects, ensuring efficient installation and promoting sustainable energy solutions.

4. How do EPC firms in India expand globally?
With skilled personnel, advanced equipment, and cost-effective solutions, EPC companies take on international projects, boosting India’s economy.

5. How do EPC companies manage project risks?
They use risk assessment strategies, due diligence, AI, and blockchain to prevent delays, cost overruns, and regulatory challenges.

Why Choosing the Right Power System Manufacturer for Your Power Distribution Needs Is Crucial

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Introduction:

Selecting the right power system manufacturer for your power distribution needs is a critical decision that can have a substantial impact on the performance, reliability, and safety of your electrical infrastructure. Hartek India, as a leading power system manufacturer, offers a range of compelling reasons why partnering with us is essential for meeting your power distribution requirements effectively.

Complies with Standards and Regulations:

Power distribution systems must adhere to stringent safety and regulatory standards established by national and international organizations. By choosing Hartek Group India, you ensure that all our equipment is fully compliant with these standards, such as IEC-62271/IS3427 and IEC 61439/IS8623 (TTA & PTTA)., minimizing the risk of non-compliance, legal issues, and safety concerns.

Additionally, our products are authenticated by TPI Labs like CPRI and ERDA. Moreover, our collaboration with Schneider Electric and Rittal further validates our commitment to quality and compliance.

Power distribution systems

Certified Partner

Quality and Reliability: 

As a power system supplier, Hartek India is dedicated to providing high-quality products that meet industry standards. We understand that power distribution systems are vital components of critical infrastructure, and any faults or failures can result in significant downtime, safety hazards, and financial losses. By partnering with Hartek India, you reduce the risk of poor-quality equipment and enhance the overall reliability of your power distribution system.

Expertise and Technical Support:

With extensive experience and expertise in designing, manufacturing, and implementing power distribution solutions, Hartek India stands as a reliable partner. As a leading power system manufacturer, we offer valuable technical support and guidance throughout your project’s lifecycle. From initial planning and system design to installation, maintenance, and troubleshooting, our knowledge and support optimize the performance and efficiency of your power distribution system.

Warranty and After-Sales Service:

Hartek India stands firmly behind its products, providing comprehensive warranty coverage. By selecting us as your power system supplier, you gain access to a robust after-sales service program that ensures technical assistance, replacement parts, and repairs, if necessary. This support minimizes downtime, extends equipment lifespan, and maintains the overall efficiency of your power distribution system. 

Innovation and Technology Advancements:

As technology continues to evolve, Hartek India remains at the forefront of innovation. Partnering with us guarantees access to the latest advancements, including smart grid capabilities, energy management systems, and improved energy efficiency. Staying updated with these technological advancements can result in cost savings, enhanced operational efficiency, and a more sustainable power distribution infrastructure.

Safety Concerns: 

Hartek Group India prioritizes the safety of assets and people. Our commitment to safety is reflected in the use of the best equipment for testing power distribution products, ensuring compliance with electrical standards. You can trust that your power distribution system will be designed and manufactured with utmost safety in mind. 

FAQ’s:-

1. Why should I choose Hartek India as my power system manufacturer?
Hartek India ensures high-quality, compliant, and reliable power distribution solutions backed by technical expertise and after-sales support.
2. Does Hartek India comply with national and international standards?
Yes, our products comply with IEC-62271, IS3427, IEC 61439, and IS8623 standards, ensuring safety, reliability, and regulatory compliance.
3. What after-sales support does Hartek India provide?
We offer comprehensive warranty coverage, technical assistance, replacement parts, and repair services to ensure minimal downtime.
4. How does Hartek India incorporate innovation in power systems?
We integrate smart grid capabilities, energy management systems, and advanced technology to enhance efficiency and sustainability.
5. What safety measures does Hartek India implement in its power systems?
We prioritize safety by using top-quality testing equipment and ensuring compliance with stringent electrical safety standards.

List of Floating Solar Projects in India

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With the increasing demand for energy in India, solar power has emerged as a sustainable solution for meeting the country’s energy requirements. As solar power becomes more popular, new and innovative ways of harnessing the sun’s energy are being developed. One of these innovative solutions is the use of solar panels in floating solar projects. Floating solar panels are a somewhat new concept in India, but they have gained significant traction in recent years. 

One company at the forefront of the floating solar panel movement in India is Hartek Solar. The company specializes in the design, engineering, and installation of Industrial, commercial, and floating solar rooftop systems and is one of India’s top 3 rooftop solar installers. 

Recently, Hartek Group has built North India’s largest floating solar plant in Chandigarh. Through this article, we will take a closer look at some of the floating solar projects that have been undertaken in India.

Floating Solar Projects

List of Floating Solar Projects in India:

1. NTPC Floating Solar Plant Ramagundam (100 MW)   

The 100 MW NTPC Floating Solar Plant at Ramagundam is an engineering marvel that combines advanced technology with eco-friendliness. This project, constructed by M/s BHEL with a budget of Rs. 423 crores, spreads over 500 acres of the reservoir and is divided into 40 blocks, each capable of producing 2.5 MW of power. 

One of the most remarkable features of this project is that all the electrical equipment, including the inverter, transformer, HT panel, and SCADA, are located on floating ferro cement platforms anchored to the dead-weight concrete blocks. This arrangement not only maximizes space utilization but also reduces the evaporation rate from the water body underneath the solar modules, thereby conserving water and improving the efficiency of power generation.

By using HDPE material for the floaters and special HMPE ropes for anchoring, this project has demonstrated the use of cutting-edge technology in renewable energy. Additionally, the project will help reduce coal consumption by 1,65,000 tons and CO2 emissions by 2,10,000 tons per year.

2. NTPC Floating Solar Plant Kayamkulam (92 MW)

The National Thermal Power Corporation (NTPC) has recently set up a 92-MW floating solar power project at its Kayamkulam unit in Kerala, making it the second-largest floating solar power project of NTPC after the 100-MW plant at Ramagundam in Telangana. The floating solar system, built on a 450-acre lake area next to the NTPC’s Rajiv Gandhi Combined Cycle Power Project, consists of around 3 lakh Made in India solar PV panels floating on water. 

At a cost of ₹465 crores, the project is estimated to reduce carbon emissions by 1.73 lakh tonnes every year, and could help light up around 26,000 households daily. The NTPC has around 1,000 acres of land suitable for floating solar projects and has recently commissioned a few small solar projects at the Kayamkulam site. 

The Kerala State Electricity Board has signed an agreement with the NTPC for purchasing power from the floating solar station at ₹3.16 per kWh. The project has enabled NTPC to shift its focus to solar energy, after KSEB stopped drawing power from the 359-MW naphtha-fuelled RGCCPP in 2017 due to cost concerns.

3. Rihand Dam Floating Solar Power Plant (50 MW)

The Rihand Dam Floating Solar Power Plant is a significant renewable energy project in India, located on the Rihand reservoir in Uttar Pradesh. The project has a total capacity of 50 MW.

What’s unique about this project is that it’s a joint venture between the state-owned NTPC and the Uttar Pradesh New and Renewable Energy Development Agency (UPNEDA). The power generated from the project will be sold to Uttar Pradesh Power under a power purchase agreement for a period of 25 years. 

The rate of $0.044kWh has been fixed for the sale of power, making it an attractive option for both the buyer and the seller. This project is expected to contribute towards meeting the state’s increasing power demand and reducing its carbon footprint. 

4. Simhadri Floating Solar PV Project (25MW)

NTPC, one of India’s leading energy companies, has demonstrated its commitment to driving the development of renewable energy in the country with the completion of its 25MW Floating Solar PV Project. 

This impressive project, located on the raw water reservoir of NTPC Simhadri Super Thermal Power Project, is one of the largest floating solar power projects in India and is expected to generate an annual energy yield of 55.11 million units while saving 47.5 metric tonnes of CO2 emissions per year.

What sets this project apart is NTPC’s commitment to developing the floating solar industry in India, even without a firm tie-up for off-take of power. The project was awarded to M/s BHEL in 2019 under the EPC development model, and the unique anchoring system used in the project is the first of its kind in the country.

Spread over 75 acres, this floating solar project has the power to generate electricity from more than 1 lakh solar PV modules, providing power to around 7,000 households and saving 1,364 million litres of water per annum. This sustainable energy project is a testament to NTPC’s commitment to reducing carbon emissions and providing affordable, uninterrupted electricity through environmentally friendly energy projects.

Furthermore, NTPC is also making a plan to set up a hydrogen-based micro-grid system at Simhadri on a pilot basis, further showcasing its commitment to innovation and driving the transition to a cleaner, greener energy future.

5. 2 MW Floating Solar Power Plant at Chandigarh 

Mohali-based Hartek Solar has constructed the North’s largest floating solar power plant, with a capacity of 2 MWp, at a water reservoir in Chandigarh that supplies water to the entire city. The solar plant is situated at Sector 39 Water Works and is expected to generate 28,00,000 units of electricity per year, helping offset 80,000 tonnes of CO2 emissions.

This innovative project involves installing solar panels on the surface of a water reservoir to generate renewable energy. Apart from providing a renewable source of energy, the project has other benefits as well. One of the major advantages is the reduced evaporation of water due to the installation of solar panels, which amounts to approximately 382 million litres annually.

Another advantage is the cooling effect of water, which enhances the efficiency of the solar panels and generates more electricity than other solar power plants. The floating solar plant will provide sustainable energy and help reduce the city’s carbon footprint while also contributing to water conservation efforts.

Hartek Solar, the rooftop solar division of Hartek Group, secured this order from Chandigarh Renewal Energy and Science & Technology Promotion Society (CREST). The floating solar plant project is a significant milestone in the region’s push towards renewable energy and will serve as a model for other cities to follow.

Final Words

One of the key advantages of floating solar projects is that they offer higher energy yields compared to ground-mounted solar projects. This is because the floating panels are able to generate electricity from both solar radiation as well as from the reflected sunlight off the water’s surface.

Additionally, floating solar projects also help to reduce water evaporation and algae growth and improve the water quality in the reservoirs.

If you are looking to adopt clean energy solutions for your business or organization, Hartek Solar’s expertise and commitment to sustainability make them a great partner to work with.

The company has recently got a contract from SJVN Green Energy to build a 22 MW floating solar PV power project at Nangal Pond, Himachal Pradesh. This project will become North India’s largest floating solar power plant upon completion.

To learn more about how Hartek Group can support your transition to clean energy, contact them today and take the first step towards a greener future.

FAQ’s about Floating Solar Projects:-

1. What is floating solar power?
Floating solar power refers to solar panels installed on water bodies, providing renewable energy while reducing water evaporation.

2. How does floating solar improve efficiency?
The cooling effect of water enhances panel efficiency, generating more electricity compared to traditional land-based solar projects.

3. Which is the largest floating solar project in India?
The NTPC Floating Solar Plant at Ramagundam (100 MW) is India’s largest floating solar project.

4. What are the benefits of floating solar panels?
They save land, reduce water evaporation, lower carbon emissions, and improve power generation efficiency.

5. Why choose Hartek Solar for floating solar projects?
Hartek Solar is a leading expert in designing and installing industrial, commercial, and floating solar systems in India.

Rooftop Solar Installation at Golden Temple, Amritsar

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The renewable energy sector in India has been making significant strides in recent years, with a focus on reducing carbon emissions and promoting sustainable practices. One such development was the installation of a 525 KW capacity solar power plant at Harmandir Sahib, popularly known as the Golden Temple, in Amritsar. Hartek Solar Pvt Ltd successfully completed the project, which was awarded to them by United Sikh Mission, a US-based NGO.

The scope of work for this project included a complete site survey, design, engineering, supply, and construction of the solar plant. The installation of the solar power plant at the Golden Temple is a significant milestone and serves as a shining example of the potential of solar energy to promote sustainable development. The project has a cumulative capacity of 1.2 MWp, which includes a 78 KW solar power plant at Gurudwara Baba Deep Singh and a 600 KW solar power plant at Gurdwara Bir Baba Budha Sahib, both of which were also awarded to Hartek Solar by United Sikh Mission.

The installation of a solar power plant at Golden Temple, which is one of the most sacred and revered places for Sikhs, marks a significant milestone in India’s renewable energy journey. The rooftop solar plant at Golden Temple is generating more than 7,40,000 units of clean electricity every year, thus offsetting around 2,000 Tonnes of carbon dioxide emissions. This project is not only helping reduce the carbon footprint but is also contributing to the long-term sustainability of the temple.

The Hartek Group, which is one of the top solar rooftop installers in India, completed the project in a timely manner. The project was completed in a timely manner, without any disruptions to the daily activities of the temple. The solar panels were installed on the rooftops of the temple’s buildings, which helped to conserve valuable land resources.

The Golden Temple project has set a benchmark for other places of worship and institutions in India to follow. It is an excellent example of how clean energy solutions can be adopted to reduce carbon emissions and mitigate the impact of climate change. By installing solar panels, institutions can generate clean electricity and reduce their reliance on grid electricity, which is often generated from fossil fuels.

The rooftop solar installation at Golden Temple has demonstrated that renewable energy solutions can be integrated into India’s cultural and religious heritage, and it is a step in the right direction towards achieving a sustainable future.

Conclusion

The installation of a rooftop solar power plant at Golden Temple is a significant achievement for the renewable energy sector in India. It demonstrates the potential of clean energy solutions to contribute to sustainable development and mitigate the impact of climate change.

The project showcases the capabilities of the Hartek Group and its commitment to providing high-quality solar solutions in India. It is a milestone for the United Sikh Mission and Hartek Group, which has contributed to the temple’s sustainability efforts. The Golden Temple project is a shining example of how renewable energy can be integrated into India’s cultural and religious heritage, and it serves as an inspiration for other religious institutions and organizations to follow.

Maximizing Your Rooftop Solar Potential: Tips and Tricks for a Sustainable Future

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Are you tired of paying excessive electricity bills every month while also being concerned about the negative impact of traditional energy sources on the environment? 

If the answer is yes, then installing solar panels on your commercial or industrial building is the perfect solution for you. 

To gain the most out of your solar panels, you need to consider various factors, such as the location of your plant/building, the angle and placement of your solar panels, the type of roofing material you have, and regular maintenance. 

Neglecting any of these factors can reduce the efficiency of your solar panels and lead to an increase in your energy bills. Additionally, investing in energy-efficient appliances and adding battery storage can further enhance the benefits of your rooftop solar system. By implementing these tips and tricks, you can ensure that your solar system is performing at its best, providing you with clean and renewable energy and saving you money on your energy bills.

So, why wait? 

Let’s explore tips and tricks to help you gain the most out of your solar panels for a sustainable future.

Understanding Rooftop Solar Potential

Before delving into tips and tricks, it’s crucial to understand what rooftop solar potential means. Rooftop solar potential refers to the amount of solar energy that can be generated by installing solar panels on a rooftop. 

The amount of solar energy which can be harnessed relies on several factors, including the size and orientation of the rooftop, the efficiency of the solar panels, the angle at which they are installed, and the amount of sunlight the area receives.

Maximizing Rooftop Solar Potential

To maximize rooftop solar potential, companies must optimize the factors that affect solar energy generation. To help you achieve that, here are some tips and tricks:

1. Location: The location of your rooftop solar system is critical for optimizing solar potential. Ensure that the solar panels are placed in a location that receives maximum sunlight exposure throughout the day. Consider factors such as shade from nearby buildings or trees, the orientation of your building, and tilt angle.

2. Roof Material: The type of roofing material you have, can impact your solar potential on commercial or industrial buildings. Asphalt shingles are easy to install solar panels on, while some types of clay or slate tiles may require additional structural support to accommodate the weight of the panels.

3. Tilt Angle: The tilt angle of your solar panels can significantly impact energy output. Panels that are angled between 30-45 degrees typically provide the highest energy output. Additionally, the tilt angle should be adjusted based on your location’s latitude to ensure maximum solar exposure.

4. Regular Maintenance: Regular cleaning and maintenance of your solar panels can help optimize their performance. Ensure that your panels are free from debris, dust, and bird droppings, which can obstruct sunlight and decrease energy output. You should also inspect the wiring, inverter, and other components of your solar system to ensure they are functioning correctly.

5. Battery Storage: Adding a battery storage system to a commercial or industrial building’s solar system can increase energy efficiency, reduce energy costs, provide backup power, and enhance overall resilience. 

6. Energy-efficient Appliances: Investing in energy-efficient equipment can further enhance the benefits of your rooftop solar system for commercial or industrial buildings. Energy-efficient equipment such as lighting, HVAC systems, and machinery can consume less energy, reduce overall energy usage, and increase savings. When purchasing equipment, look for those with high energy star ratings and consider retrofitting existing equipment with energy-efficient upgrades. This will not only increase the efficiency of your solar system but also improve the overall sustainability of your building or industry.

Choosing a Reliable Solar Service Provider: Choosing a reliable and professional rooftop solar service provider is crucial to ensure your solar system is well-designed and maintained. The provider should use high-quality solar panels and equipment and have years of experience in the industry. Hartek Group is an excellent option for those looking for a reliable and professional rooftop solar company in India.

Wrap Up

Maximizing your rooftop solar potential involves optimizing several factors, including location, roof material, tilt angle, regular maintenance, energy-efficient appliances, and battery storage. By implementing these tips and tricks and choosing a reliable solar service provider, you can ensure that your rooftop solar system is performing at its best, providing you with a clean and sustainable future.

Frequently Asked Questions

  1. What is rooftop solar potential?
    Rooftop solar potential refers to the amount of solar energy that can be generated from installing solar panels based on factors like roof size, tilt, and sunlight exposure.

  2. How can I maximize my rooftop solar potential?
    Maximize your solar potential by optimizing panel placement, tilt angle, ensuring clean panels, and investing in energy-efficient appliances and battery storage.

  3. Why is roof material important for solar panel installation?
    Roof material affects the ease of solar panel installation. Materials like asphalt shingles are ideal, while clay or slate tiles may need additional structural support.

  4. How does battery storage enhance solar system efficiency?
    Battery storage allows excess solar energy to be stored and used during non-sunny periods, reducing energy costs, providing backup power, and enhancing resilience.

  5. Why should I choose a reliable solar service provider?
    A professional solar provider ensures optimal system design, installation, and maintenance, using high-quality equipment to maximize solar efficiency and longevity.

Green Energy Efficient Buildings in India: Key to Sustainable Growth

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1. Green Energy: The Key to Sustainable and Energy-Efficient Buildings

Meeting the ever-growing demand for energy to fuel the requirements of a burgeoning economy poses a major challenge for Indian policymakers. Given the considerable economic and environmental cost of producing every unit of electricity, energy-efficient buildings with sustainable green energy practices have emerged as the focus of attention. The effort will be really worth it when you consider that buildings account for the highest electricity consumption worldwide, estimated to be 40% by the International Energy Agency.

Energy-Efficient Buildings

2. Urbanization and the Rise of Green Energy-Efficient Buildings

As India embarks on rapid urbanisation, the unprecedented upsurge in new constructions will be accompanied by a manifold increase in electricity demand. The impending situation calls for designing and developing green energy-powered buildings of the future by incorporating energy-efficient features and sustainable practices. Hartek Group, with its expertise in renewable energy solutions, is at the forefront of promoting such sustainable infrastructure. Though the construction cost of green buildings may be higher, they turn out to be cheaper in the long run as they consume less than half the energy compared to conventional buildings.

3. The Financial Viability of Green Energy in Building Construction

A study conducted by TERI to investigate the financial feasibility of green building investments revealed that the incremental capital investment is recovered with paybacks of one to three years. The study emphasized that energy-efficient strategies, combined with the use of green energy solutions, result in significant long-term savings and lower operational costs.

4. Smart Grids and Renewable Energy Integration in Green Buildings

Besides a zero energy/passive solar building design and low-energy building materials, green buildings typically involve energy-efficient equipment and the integration of renewable green energy technologies for various applications. Efficient power supply depends on a robust transmission infrastructure, characterized by smart grid applications like Supervisory Control and Data Acquisition (SCADA). These smart grids enhance energy efficiency through real-time monitoring and automation.

5. Enhanced Energy Efficiency with Green Building Designs

Unlike conventional buildings that rely on multiple independent systems for lighting, heating, and cooling, green energy buildings connect these systems, significantly reducing operating costs. An energy-efficient building balances all aspects of energy consumption by providing an optimized mix of passive solar design strategies, energy-efficient equipment, and renewable green energy sources.

6. Architectural Innovation for Green Energy Efficiency

State-of-the-art engineering and architectural techniques not only add to the strength and stability of the structures but also reduce maintenance costs. Optimized space design, featuring large window openings for natural lighting and cross-ventilation, enhances the flow of energy. The linear design significantly reduces construction and maintenance costs by aligning water supply pipes, sewerage lines, electrical conduits, and HVAC ducts in a single system.

7. Energy Conservation Building Code (ECBC) Compliance

To promote green energy adoption, the Bureau of Energy Efficiency introduced the Energy Conservation Building Code (ECBC) for new commercial buildings in May 2007. The target for the 12th plan is to make 75% of all new commercial buildings ECBC-compliant, but enforcement varies across states. Only seven states and one union territory have notified and adopted ECBC, while others are still in the implementation phase.

8. Overcoming Challenges in Green Energy Building Adoption

Despite India’s ambitious goal of reducing the emissions intensity of its GDP by 33–35% by 2030, green energy-efficient buildings still account for just 1% of the total building stock. With 400% growth in floor area projected by 2050, energy efficiency in residential segments must become a priority. Hartek Group is dedicated to promoting sustainable infrastructure through innovative solutions. To learn more about our green energy initiatives, connect with us today! Standardizing green energy measures for residential buildings and providing tax benefits, incentives, and attractive financing schemes will be essential to achieving large-scale adoption.

FAQ’s:-

1. What is Green Energy in building construction?
Green Energy in building construction refers to using renewable energy sources and energy-efficient technologies to reduce environmental impact.
2. How do Green Energy buildings reduce costs?
Green buildings consume less energy, lowering operational costs and offering long-term savings despite higher initial investments.
3. What are the benefits of Green Energy in urbanization?
Green Energy in urbanization promotes sustainable growth, reduces emissions, and improves energy efficiency in rapidly expanding cities.
4. How does the Energy Conservation Building Code (ECBC) promote Green Energy?
The ECBC mandates energy efficiency standards for new commercial buildings, encouraging the adoption of Green Energy solutions.
5. What role do smart grids play in Green Energy buildings?
Smart grids enhance energy efficiency by integrating automation and real-time monitoring into Green Energy-powered buildings.

Solar Power Is India’s Green Future

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In 2018, the solar power industry saw a 24% increase in its y-o-y capacity additions, while hydropower saw 2% and wind energy saw a 10% increase. Although a majority of the solar capacity additions were dominated by Asia, new markets like Brazil, Saudi Arabia, Egypt, Spain, and Latin America saw considerable growth.

India’s Solar Expansion and Challenges

The remarkable upsurge in private participation in the power sector in India and the government’s thrust on renewable energy is in sync with the country’s solar overdrive in pursuit of the 100-GW target for solar projects, but there are impeding issues like tender cancellations of mega projects. China’s policy shift, feed-in-tariff cut in Japan, and policies levying of taxes and duties on the solar energy industry in India limited solar sector growth in 2018, but the solar sector is expected to bounce back in 2019.

Government Push for Rooftop Solar

With the tender process picking up pace in FY 2019-20, we have a lot to look forward to this year. Pursuing a 40-GW target, the government is also all set to give a big push to the rooftop segment through favorable policies like net metering.

The Future of Solar Energy in India

Solar Power is India’s Green Future as it presents a great opportunity to phase out fossil fuel and its growing expenses while transforming the country with industrial, social, and economic growth. The future of solar energy in India largely depends on achieving the ambitious solar power generation target of 100 GW by 2022. With the cumulative solar capacity going up to 36.36 GW as of June 30, 2019, the market sentiment is upbeat because of the record number of installations.

Investment Needs for Solar Growth

We believe that by 2030, India’s solar industry is poised to grow phenomenally. The country will need $250bn in green energy funds from 2023 to 2030. Investment opportunity for over $30bn per year is expected to come up in the next decade, according to the Economic Survey.

India’s Renewable Energy Goals by 2030

Significantly, India is running the world’s largest renewable energy program. Solar power generation holds the key to the unprecedented growth India needs to register to get to the magic figure of 100 GW. Fuelling the ever-growing needs of practically all the other key sectors, the power sector forms the backbone of our rapidly expanding economy. Since sustainability is at the heart of all development efforts directed towards building a New India, the country is aiming at increasing the share of renewables in the total installed power capacity to 50% by 2030 with a major chunk coming from solar energy.

Cost Efficiency and Competitive Bidding in Solar Energy

It is pertinent to mention here that about 40 percent of the power capacity installed in India this year is solar. All-out efforts at transforming the energy mix are underway. In the Indian solar market, almost every passing tender has promised to deliver cheaper electricity. The solar industry is entering a period of cost efficiency, thanks to advances in technology and competitive bidding. Solar power tariffs in India have plunged to a record low of Rs 2.44 per unit, which will push demand in a big way.

Government Initiatives and Policy Support

The solar industry has witnessed rapid growth in the last few years and is expected to grow even more in the coming years. To encourage the shift from environmentally detrimental sources of energy to cleaner alternatives, the government has been playing an active role by introducing several incentives, such as GBIs, capital, and interest subsidies, which are likely to reduce the dependency on conventional energy and increase adoption of solar power.

Encouraging Domestic Solar Panel Manufacturing

To further encourage the adoption of solar power, a slew of welcome initiatives has been recently introduced by the government, which have been welcomed across the industry. This includes the imposition of BIS standards on solar imports, besides ensuring adherence to the quality of products instead of mere price benefits. Another welcome step in the concept notes released by the MNRE proposes the development of 10 GW of manufacturing capacity over a period of five years.

The Economic and Environmental Benefits of Solar Power

One of the biggest advantages of solar power is the ability to avoid the politics and price volatility that is increasingly characterizing fossil fuel markets. While the prices of fossil fuels have increased, the per watt price of solar energy production has more than halved in the past few years and is set to become even cheaper in the near future as better technology and economies of scale come into effect.

India’s Position in the Global Solar Market

Renewables account for a sizeable share of the power capacity additions, highlighting the significant investment flowing into the solar sector in particular. No wonder, India has emerged as the third-largest solar market globally. But we still have a long way to go to become a global solar superpower like China and the US.

Investment Challenges and the Need for Foreign Direct Investment

To achieve the target, India needs heavy investment in the coming years. A major part of it has to be raised within the country, as the renewable sector could so far only attract a foreign direct investment (FDI) worth $7.5 billion in the last 18 years (2000-2018), according to a report by the India Brand Equity Foundation.

Challenges in Domestic Solar Panel Manufacturing

The solar sector can accelerate its growth by focusing on manufacturing and supporting the domestic solar panel manufacturing industry with sizeable investments. This will help India scale greater heights like China, which penetrated foreign markets by undercutting their market prices.

Infrastructure and Transmission Capacity Issues

We need to pick up on the domestic manufacturing front. Various efforts by the Solar Energy Corporation of India (SECI) to attract bids for the development of the inter-state transmission system for solar power evacuation have gone in vain. Solar power generation has to be in sync with the growth in transmission capacities owing to evacuation challenges, otherwise, we may be in for a slowdown.

Rooftop Solar and the Need for Rapid Expansion

Though rooftop solar is the fastest-growing renewable energy segment in India, the installation capacities must rapidly increase if the nation is to meet its ambitious renewable energy target by 2022. Conducive policies, financial support, and consumer awareness should form our focus of attention.

The Path to Achieving the 100-GW Goal

The industry needs to be steered in the right direction to take us closer to the 100-GW goal. We need integrated energy planning, favorable policies, and investments across the value chain. Release of RTC tenders and incentives for OA charges are critical.

The Role of the International Solar Alliance

India should leverage its position in the 121-nation International Solar Alliance by assuming a leadership role to make way for greater growth through favorable policies and coordinated efforts. As a global solar superpower in the making, we ought to wrest this initiative. With a proactive approach driven by all these factors, India’s solar power will usher in a green and sustainable future.

Frequently Asked Questions:

1. Why is solar power important for India’s energy future?
Solar power helps reduce reliance on fossil fuels, cuts energy costs, and supports India’s goal of achieving 100 GW of solar capacity for a sustainable future.

2. What challenges does India face in expanding solar power?
Challenges include policy uncertainties, transmission infrastructure limitations, financial constraints, and a lack of domestic solar panel manufacturing capacity.

3. How is the Indian government supporting solar energy growth?
The government provides incentives such as subsidies, net metering policies, and favorable regulations to boost solar adoption across residential, commercial, and industrial sectors.

4. What role does rooftop solar play in India’s renewable energy expansion?
Rooftop solar is the fastest-growing renewable segment, especially in commercial and industrial sectors, but residential adoption needs more policy support and incentives.

5. How can India become a global leader in solar power?
India needs to enhance domestic solar manufacturing, attract investments, improve grid infrastructure, and leverage its leadership in the International Solar Alliance.

Indian Solar Power Sector

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India’s Booming Solar Power Sector: Challenges and Opportunities

The Rapid Growth of India’s Solar Power Industry

India’s power sector is expanding rapidly, fueled by the increasing demand of a growing economy. At the forefront of this transformation is solar power, which has seen an extraordinary 32-fold growth in just six years. With developers launching one mega solar power project after another, India is on track to achieve its ambitious renewable energy targets. However, despite these impressive advancements, significant challenges remain.

Addressing the Transmission and Distribution (T&D) Challenges in Solar Power

One of the primary obstacles to India’s solar power expansion is the lack of an efficient and reliable transmission and distribution (T&D) infrastructure. The solar power being injected into the grid is not matched by corresponding T&D upgrades, creating bottlenecks that could lead to system failures. If states fail to enhance their T&D capabilities, they risk facing critical grid congestion issues, similar to what has been observed in Punjab. Hartek Group emphasizes that investments in smart grid technology and infrastructure are crucial to optimizing solar energy distribution across the country.

Solar Energy

The Urgent Need for Upgrading Grid Infrastructure

India’s solar power expansion must be accompanied by a robust and modernized grid system. To minimize transmission losses and ensure efficiency, a gradual shift to higher voltage transmission lines—from 440 KV to 765 KV and eventually 1,200 KV—is necessary. Additionally, states must proactively plan their T&D networks in parallel with solar project developments, as seen in Andhra Pradesh. National Green Energy Corridors, spearheaded by the Power Grid Corporation of India Ltd (PGCIL), play a vital role in streamlining inter-state transmission, but state governments must also invest in localized grid enhancements.

Grid Connectivity Challenges for Large Solar Projects

While rooftop solar power integrates smoothly into existing networks, large-scale ground-mounted solar projects present significant challenges. Unlike conventional power plants that generate electricity consistently, solar energy is intermittent—fluctuating throughout the day. This unpredictability makes it crucial to enhance grid resilience through smart grid solutions and advanced energy storage technologies.

The Role of Energy Storage in Solar Power Optimization

A major limitation of solar power is the lack of efficient storage solutions. India must invest in advanced battery technologies to store excess energy generated during peak sunlight hours for use at night. Countries like the United States and several European nations are making significant strides in solar battery innovations, and India must follow suit to ensure uninterrupted solar energy availability.

Boosting Research and Development in Solar Technology

Reducing the cost of solar power through indigenous research and development (R&D) is imperative for long-term sustainability. India has the potential to become a global leader in photovoltaic (PV) technology by fostering industry-government collaboration and investing in outcome-driven R&D. Enhancing the efficiency of solar modules and inverters will further drive cost reductions and improve overall energy output.

Navigating Financial Challenges and Sustainable Investments in Solar Energy

While government incentives, tax concessions, and subsidies have propelled the solar industry forward, long-term sustainability requires a transition away from grant dependency. Solar developers must adopt financially viable business models to withstand potential fluctuations in policy-driven incentives. Strengthening state utilities to ensure reliable solar power procurement will be critical in maintaining growth momentum.

Keeping Pace with Rapid Technological Advancements in Solar Power

The fast-evolving nature of solar technology presents both opportunities and challenges. Innovations in solar panels, inverters, and storage solutions require continuous adaptation from developers. Companies that stay ahead of these advancements will gain a competitive edge in the global market.

India’s Path to Becoming a Global Solar Power Leader

With abundant sunshine and vast expanses of non-cultivable land, India has the potential to emerge as a solar power superpower. Favorable government policies, technological innovation, and infrastructure advancements will be key in overcoming existing challenges. By embracing these solutions, India can not only meet its ambitious renewable energy goals but also set a global benchmark in sustainable solar power utilization.

Conclusion

The Indian solar power sector is on an unprecedented growth trajectory. However, addressing transmission inefficiencies, investing in energy storage, and fostering technological innovation will be essential for sustained progress. If you are looking for expert solutions in solar power infrastructure, Hartek Group is here to help. Contact us today to learn more about how we can support your renewable energy goals. With strategic planning and continued investment, India can harness its full solar power potential and lead the world in renewable energy transformation.

FAQ’s:-

1. What are the main challenges in India’s solar power sector?
India’s solar power sector faces grid congestion, transmission inefficiencies, energy storage limitations, and financial sustainability issues.

2. Why is transmission and distribution (T&D) crucial for solar power?
Without efficient T&D infrastructure, excess solar energy cannot be transmitted effectively, leading to grid instability and energy losses.

3. How can energy storage improve solar power reliability?
Advanced battery storage systems allow excess solar energy to be stored during the day and used at night, ensuring continuous power supply.

4. What role does technology play in India’s solar power expansion?
Innovations in solar panels, inverters, and smart grids help enhance efficiency, reduce costs, and integrate solar power more effectively into the grid.

5. Can India become a global leader in solar power?
Yes, with strategic investments in infrastructure, R&D, and policy support, India can set global benchmarks in renewable energy and solar power adoption.

Why Renewable Energy Evacuations Demands a Decisive Push

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Installing The New Renewable Energy Demand Capacity Has Its Due Share Of Problems But Integrating It With A Nascent Grid Poses A Much More Formidable Challenge.

Up against a staggering renewable energy demand target of 175 GW by 2022, India has its task cut out. Installing the new capacity has its due share of problems but integrating it with a nascent grid poses a much more formidable challenge. The country’s solar power generation capacity has gone up 32 times in a span of just six years, from 0.5 MW in 2011 to 16 GW now, but the transmission infrastructure is far from prepared to evacuate the kind of solar power being injected into the grid.

Renewable Energy

Power Generation: Renewable Energy Demand

With the transmission system failing to keep pace with the increase in solar power generation, the glaring mismatch is bound to put immense pressure on the present transmission infrastructure, a situation which we can ill-afford bearing in mind the high stakes in the solar sector. Hartek Group, a leading player in renewable energy solutions, emphasizes the need for robust grid infrastructure to support the growing solar capacity.

We still have lessons to learn from India’s worst blackout of 2012, which plunged the entire North India into darkness for two days. Given the sporadic nature of electricity from clean energy sources like solar and wind, there is a need to ensure the transmission infrastructure is capable of handling the sudden surges in electricity during peak hours. With the evacuation system not yet ready, we are witnessing a situation where solar plants are being constrained to restrict generation, which is resulting in huge financial losses to developers.

Green Energy Corridors:

Though the government has embarked on a $3.5-billion Green Energy Corridors (GEC) programme to overcome these challenges of power evacuation by strengthening the grid network, it is a daunting task which has to be taken up on a war footing to be able to deliver the desired results. The biggest challenge before us is to ensure that transmission systems are in place before the solar projects are ready. Considering that executing transmission projects takes up to five years as compared to 12-18 months for solar projects, we need to act urgently and decisively.

The GEC programme needs further push in order to ensure sufficient thrust from the industry in solar-rich states like Gujarat and Rajasthan. The mismatch between the number of demand centers and the available corridors is also a major concern. For instance, the 1,000-MW substation project at Kaythar in Tamil Nadu, which was scheduled to be commissioned earlier this year, has yet not seen the light of day for the simple reason that independent power producers are more inclined to evacuate the power to Gujarat and Maharashtra rather than the Northeast through the planned corridor. Distance can also be a major issue in India with six states in the western and southern parts accounting for 80% of the country’s installed solar capacity but only 38% of the power demand. The GEC programme is aimed at evacuating power from renewable energy-rich states to other states through 765 kV and 400 kV high-voltage transmission lines.

With storage facilities for solar energy lacking, how we manage the power generated at a specific point presents a stiff challenge. Maintaining grid stability can pose a major problem when a large amount of solar power is injected into the grid. Things can become even more difficult when the share of renewable energy in total power generation goes up in due course of time, but the constant flow of power is still lacking. The situation can, however, be overcome with modern technological breakthroughs and advancements like smart grids and solar energy storage solutions. Since many large solar facilities are in remote locations like deserts where grid infrastructure does not exist, we need to find a viable way to connect to and store solar energy, as and when needed. Bearing this in mind, the three-year action plan formulated by the Ministry of New and Renewable Energy has asked the Solar Energy Corporation of India to focus on storage solutions.

Though there has been considerable progress in coordinating generation and transmission at the state level to ensure sufficient in-state transmission, a lot more remains to be done. States should take it upon themselves to avoid delays in project execution by providing last-mile connectivity between inter-state and intra-state transmission lines, which is part of their responsibility. While the work at the national grid level is making some progress, the inadequate preparedness of states at the distribution grid level is a cause for concern.

Solar Power Developers:

Some of the states have even started asking wind and solar power developers to curtail generation in view of the insufficient transmission capacity. As a result, project developers are incurring revenue losses. To counter the situation, the Ministry of New and Renewable Energy has issued an advisory asking state power utilities not to direct renewable energy developers to reduce generation.

The inter-state transmission corridor being developed by Power Grid Corporation of India will help only if the transmission utilities in states supplement the effort by developing and strengthening their transmission infrastructure. Only then can we exploit the renewable energy potential of places like Ladakh and Jaisalmer and meet the growing power requirements of regions with high consumption. On the brighter side, states need not be worried about fulfilling their renewable purchase obligations, considering that the renewable energy costs are expected to decline once the inter-state sale of renewable energy picks up through the green energy corridor. Making the proposition even more viable, they have been exempted from paying the inter-state transmission system charges.

However, the efforts have to be doubled. There is a dire need to have a mechanism in place to ensure coordination between renewable energy generation and transmission at the state level so that there is sufficient in-state transmission. The scheduling and dispatch between states and regions must also be coordinated on priority. The government should come up with regulatory and policy guidelines which optimize cost-effective capacity expansion. In view of the intermittent nature of renewable energy, it is imperative to equip states with state-of-the-art renewable energy forecasting tools.

The Green Energy Corridor needs to be significantly widened so as to accommodate 50 more ultra-mega solar parks, in addition to the 34 under construction. While upgrading the transmission infrastructure to cater to the ever-growing needs of the future, Hartek Group emphasizes that the government should also not lose sight of the fact that the country’s per capita power consumption is projected to grow four times by 2030. These factors call for massive investments in the T&D segment for which private participation is a must. It is time for the policymakers to ensure the power sector is ready for the turnaround.

FAQ’s:-

1. What is driving the demand for renewable energy in India?
The growing need for sustainable power, government initiatives, and rising energy consumption are fueling renewable energy demand in India.
2. How does grid infrastructure impact renewable energy demand?
Inadequate grid infrastructure limits the ability to transmit and store solar and wind energy, creating challenges in meeting rising renewable demand.
3. What are Green Energy Corridors (GEC) in India?
Green Energy Corridors are transmission networks designed to evacuate renewable energy from solar-rich states to demand centers across India.
4. How does renewable energy storage affect demand?
Limited storage capacity hinders consistent power supply, impacting the reliability of renewable energy and slowing down its demand growth.
5. What role does policy play in meeting renewable energy demand?
Government policies promoting grid expansion, energy storage, and renewable purchase obligations are vital in meeting India’s energy demand.