The 125.84 MWp DC Omkareshwar Floating Solar Project demonstrates the successful integration of advanced floating solar technology at Madhya Pradesh's Khandwa district. The project showcases advanced floating technology by utilizing flexible mooring with dead weight anchoring and IFP barges. The installation of Ferro cement Inverter floating platforms, covering 258 square meters, is the largest of its kind, marking a significant milestone in floating solar technology.
The key objectives behind implementing this project include:
The project showcases ground-breaking solutions in floating solar technology, particularly the implementation of wave breaker systems and ballastive IFP barges through the application of six-sigma technique for floater quality. The key highlights of this project include:
The 125.84 MWp DC Omkareshwar Floating Solar Project project stands as a testament to engineering excellence, demonstrating how innovative solutions can transform environmental challenges into opportunities for sustainable energy generation. The successful implementation has created a blueprint for future floating solar installations globally.
This ground-breaking project"100MW Solar PV Power Plant with 40MW/120MWh Battery Energy Storage System at Rajnandgaon, Chhattisgarh," was awarded by SECI to TATA Power Solar Systems Ltd. This pioneering endeavour combines cutting-edge solar technology with innovative battery storage solutions to ensure uninterrupted power supply, particularly during non-solar peak hours. Overcoming challenges posed by undulating and rocky terrain, the project spans 451 acres in 9 plots across a major national highway. With a capacity to offset 175,422.68 tonnes of CO2 annually, it marks a significant step towards sustainable energy production, delivering 243.64 MUs of electricity annually to Chhattisgarh State Power Distribution Company Limited.
Key Objectives:
Key Project Features of 100 MW Solar PV Power Plant with 40MW/120MWh Battery Energy Storage System:
Overall, addressing these challenges will require careful planning, coordination with various stakeholders, and potentially innovative engineering solutions to ensure the successful execution of the 100MW solar PV power plant with a 40MW/120MWh battery energy storage system in Rajnandgaon, Chhattisgarh.
The 100MW Solar PV Power Plant with a 40MW/120MWh Battery Energy Storage System in Rajnandgaon, Chhattisgarh, represents a milestone in renewable energy deployment. By overcoming geographical challenge and leveraging cutting-edge technology, the project sets a new benchmark for reliability, scalability, and environmental sustainability in the energy sector.
The 400MW Pavagada Solar Plant is a pivotal source of clean, renewable energy, serving the energy needs of Karnataka. Its core objectives is to generate a substantial annual electricity output, aiming for an impressive 1,050 Million Units (MU), to harness cutting-edge technology, exemplified by the innovative MMS Structure Seasonal Tilt and MMS Fixed Structure, for optimal power generation. To uphold environmental sustainability by installing Crystalline Silicon solar panels known for their minimal environmental impact and to achieve successful compliance with domestic content requirements, all while adhering to a rigorous project timeline. In essence, this project embodies the harmonious integration of sustainable energy generation, technological innovation, environmental consciousness, and regulatory adherence to deliver clean power to Karnataka.
A total of 17, 60,000 solar panels were installed, with each phase featuring unique technological approaches to achieve maximum efficiency:
Phase 1: Implemented MMS Structure Seasonal Tilt technology.
Phase 2: Employed MMS Fixed Structure for the second half of the project.
The 400MW Pavagada Plant utilized multiple innovative technologies and unique solutions:
The Pavagada Solar Plant has brought a multitude of advantages to the region:
TP Renewable Microgrid Limited announces the Launch of its Rural Customer facing Mobile App on 2nd October 2023, Celebrating Mahatma Gandhi Jayanti.
In a significant step towards championing "Sustainable is Attainable" by providing access to renewable energy for Rural Customers of India, TP Renewable Microgrid Limited is delighted to announce the launch of its consumer facing mobile app. This pioneering initiative was unveiled on Mahatma Gandhi Jayanti, a fitting tribute to the Father of the Nation who always championed the cause of self-sufficiency and sustainability.
The introduction of this mobile application for rural customers, underscores TP Renewable Microgrid Limited's unwavering commitment to empower rural customers with a Self-Service Avenue. The app is designed to offer rural customers access to our microgrid services, making it easier than ever to harness the power of renewable energy.
Features of the App:
Our decision to launch the app on Mahatma Gandhi Jayanti is deeply symbolic. Gandhiji's vision for a self-reliant India, where villages become the nucleus of sustainability, aligns seamlessly with our mission. By providing access to clean and renewable energy through our microgrids, we are taking a step closer to an empowered and sustainable rural India.
Mr. Manoj Gupta, CEO of TP Renewable Microgrid Limited, stated, "The launch of our mobile app is not just an addition to our service offerings but a testament to our dedication to advancing renewable energy in India. We believe that by putting the power of information and control in the hands of our rural consumers, we can drive a more sustainable future for all."
TP Renewable Microgrid Limited is at the forefront of driving renewable energy solutions in India. With a focus on harnessing the power of sun through the microgrids, the company is dedicated to providing clean, affordable, reliable, quality and sustainable energy to communities across the country with their present footfall in around 200 Villages, with more than 20,500 smiling Consumers in UP & Bihar State in India.
The 450 MWp solar project in Bikaner, Rajasthan, was completed with the objective of promoting sustainable power generation and driving economic development in the region. The scope of the project involved the installation of two solar power projects, a TPGEL (Tata Power Green Energy Limited) (225 MW (AC) / 310 MWp (DC), a PPA with TPCD (Tata Power Company Distribution) and a TPSL (TP Saurya Limited) (110MW (AC) /140MWp (DC), a PPA with KSEB (Kerala State Electricity Board). The key stake holder for this project includes power producers, local residents, and government agencies who are driven by a common motto "Sustainability".
The key objectives of the 450 MWp solar power project were to:
The solar power project in Bikaner, Rajasthan, highlighted several innovative technologies and design methods to increase its efficiency. Some of the key project features were:
The project faced several challenges during its implementation, including:
The project achieved India's first 100% CEA Compliance by installing capacitor banks for reactive power compensation, ensuring a smooth flow of electricity.
Taking yet another step towards a Greener Nation, Tata Power Solar installed India's largest floating solar power project, with a capacity of 101.6 Megawatt Peak, put into operation in Kayamkulam, Kerala on a 350-acre water body, backwaters area.
The Floating Solar Photovoltaic (FSPV) through Power Purchase Agreement project is the first of its kind. It is also one of the first projects of Tata Power Solar to have CCTVs monitored and tracked around-the-clock for enhanced security and malfunction identification.
This 101.6 MWp capacity solar plant's large-scale installation and commissioning were the fastest in the FSPV category and secured a Commercial Operation Date (CoD) certification on 24th June'22. It boasts a floating inverter platform having a 5 Megawatt (MW) capacity for the first time at Tata Power.
Tata Power Solar has achieved a landmark project with the completion of this floating solar project that along with lowering the carbon emissions (64142 tonnes), also creatively utilises the unused area top of water body energy that will generate 167150 MWh of energy annually. A total number of 2,05,497 modules were entailed in the installation.
The Kerela State Electricity Board will consume all the power produced by this project under a power purchase agreement that has been executed with a PSU client (KSEB). It's interesting to note that Tata Power Solar safely carried, unloaded, and stored every solar module utilized in this plant for around 35 days on a small plot of land. It took 19 months for the completion of the project, however there was delay in Supply of Modules due to which project activities stranded for almost 10 months. A 350-person team that was entrusted with accelerating the project in accordance with contract agreements was also based in the factory during its construction stages and the project clocked 10,20,488 safe man-hours, without any incident during the commissioning.
Dredging of soil strata underwater and heavy monsoon caused a major challenge and to overcome it 134 cast pile foundations bored to a depth of 20 metres underwater were used to support the Central Monitoring and Control Stations (CMCS) and the 33/220 kilovolts switchyard. Low water levels during the installation and towing of the floats caused a delay in positioning the mooring in the waterbody. The solar modules were exposed to strong winds and gushing tides reaching a height of 3.5 metres that were towed for 3 kilometers on a 15 meters deep sea-linked National waterway. Other difficulties faced by the team were local fishermen's encroachment including theft, blocking the walkway with fishing nets, and causing damage to built-in structures.
Despite the arduous challenges of variable water depths, high sea tides, and severe water salinity concerns faced throughout the project's construction, the project was commissioned successfully.
With the execution of this floating solar project, Tata Power Solar exemplifies the accomplishment of landmark projects in the nation that take the edge off carbon emissions and intelligently utilizes the underutilized area of water body to generate energy. With the successful completion of this project, the company has successfully executed utility-scale solar projects totaling 9.7 GWp.
Tata Power Solar has commissioned a 300 MW project in Dholera, Gujarat. It is India's largest single-axis solar tracker system. The project generates 774 MUs annually. Along with this, it reduces approximately 704340 MT/year of carbon emission. The installation entails 873012 nos. of Monocrystalline PV Modules. The project was commissioned well within the stipulated timeline.
Despite the various COVID-19 challenges faced by the industry, TPREL through Tata Power's EPC arm Tata Power Solar Systems Limited has successfully completed the project within the project timelines due to its excellent project execution capabilities and experience. Tata Power managed customized installation, basis the geographical locations and land conditions. The total area used for the installation was 1320 Acre divided into six different plots of 220 acres each.
The weather conditions at the site during the construction period were unpredictable due to very heavy rains leading to the 33 KV cable trench being submerged in water. However, with the help of floaters, the execution team laid HT Cables at the location. Pre-cast ballasts were also used to lay power cables 500 mm above the ground instead of conventional underground laying. Despite the challenges like weather, machinery, and manpower movement, the project was commissioned successfully.
Commissioning of India's largest single-axis solar tracker system of 300 MW Solar plant at Dholera in Gujarat within the set timelines is a proud moment for Tata Power Solar. Our technical expertise and project execution skills further solidifies our position in the solar EPC space and help India lead the way in renewable energy growth. Tata Power Solar also distributed masks and created awareness at the project site on Covid-19 pandemic by undertaking trainings, complied the SOPs issued by both the state and central governments.
Tata Power Solar has commissioned a first of its kind 30 MW Ground Mounted Solar Project for GSECL at Village Chandarva, Gujarat. This is the first ever solar project built on a waste land that has been transformed into a Solar Power Plant. Sustainability is a philosophy that is central to Tata Power as an organization and we strongly believe in resource conservation and energy efficiency. Hence, our objective has always been to help reduce carbon emissions by the use of green energy. This project has helped reduce the CO2 emissions by 29442.463 tons per annum.
To increase revenue for the farmers, the team completed this project assuring reduced power purchase expenses. This not only helped GSECL reduce its costs but also created an additional source of income for the farmers.
Safety is an important aspect pivotal to the successful completion of any project. By adhering to the premier safety standards of Tata Power Solar, this plant worked 2,54,792 safe man hours and 350 days without any loss time injury. This is yet another achievement and demonstration of our pioneer leadership in project development, engineering and execution capabilities.
One of the most significant challenges faced by the team was that the wasteland served as a day to day means of commute for the local villagers and connected them to their homes. Therefore, the villagers demanded to retain access to the area during the project execution period. Tata Power Solar's prerogative is to preserve the peace and harmony of the local community while developing the project. Thus, the company provided an alternate path and built a replacement road so as to not hinder their daily life and routine.
Project area being a wasteland in the village was surrounded by small ponds and water bodies. This compelled the team to work with variable land and soil texture thus, increasing the length of cables used and the probability of incurring losses. Taking into account all of these challenges with respect to the context of pandemic, completing this project successfully within the stipulated time while ensuring lowest possible tariffs made the job more arduous and complex. However, our team managed to execute and complete the project within a remarkable timeline of 8 months. This solar power plant required exhibition of outstanding engineering and designing skills to maintain the quality standards that Tata Power Solar always takes pride in.
Speaking on the achievement, Honorable MD, GSECL, Shri Prasanna Kumar Motupalli said, "This is a benchmark project that has set a new paradigm for the renewables industry. The exemplary execution skills demonstrated by Tata Power Solar is a true symbol of pioneer leadership."
By means of this project, our objective is to provide continuous power to the farmers at the lowest possible tariffs which in turn take care of their agricultural needs & boosts their income.
In addition to providing a cleaner and economical source of energy and power, Tata Power Solar strives to focus on the enrichment and development of local communities in and around the area of plant's operation. Hence, the team conducted several sessions on Solar energy and its importance for all school students and teaching staff of the village to share knowledge on the same.
Tata Power Solar has been customizing solar plants to suit local site conditions to ensure best-in-class performance and a long life. The first floating solar system built on twin ponds with a capacity of 1.4 MW at Nellore, is a splendid example.
A floating solar power plant that uses otherwise unused space and has favourable operating conditions for the solar panels. A floating solar plant has an increased efficiency due to cooling effect provided by the water surface. Also, since it covers the water surface, it considerably reduces the evaporation of water providing additional savings to the customer, without affecting flora and fauna.
Since the water level in any water body is not constant, the plant is designed with the flexibility of the water level.
Developing an earthing system on a water body is also challenging, which in this case was resolved with our engineering expertise. Being a chemical industry, water stored in these ponds is an essential raw material and is to be used without any contamination for quality products.
To ensure smooth execution, the floats provided are drinking water compliant, temperature & UV resistant (manufactured with food grade material).
The plant generates Pond 1 - 900,200 kWh in year one of commissioning with an annual degradation of the 0.5 to 0.6 % and Pond 2 - 1,093,300 kWh in year one of commissioning with an annual degradation of the 0.5 to 0.6 %.
The project was commissioned in a short period of 4 months.
Cost Savings in last year
CO2 offset
Tata Power Solar commissioned 50 MW AC / 65 MWp DC solar PV plant at Kasaragod Solar Park, Kerala. Approximately 1,65,149 Multi Crystalline Solar modules were used in the project. For smooth processing of the installation, 16 Inverters (rating 3.125 MW) and 4 Inverter Duty Transformers (rating - 12.5 MVA) have been used at the project site. The completion of this project has been an important milestone in our vision to promote solar at every stage in the country. Through this project, the company continues to demonstrate its strong project development, engineering and execution capabilities. Solar has immense potential in our country and this project acts as a benchmark for EPC work.
Located on a hilly terrain with highly undulated land and laterite soil, the project has had some unique challenges.
The work had to initially face the heat from the Covid-19 Pandemic induced lockdown. Restriction for inter-state movement of men, materials and equipment due to lockdown had caused deferrals.
Moreover, movement of module containers in heavy monsoon season, poor internal road conditions for movement of Ajax, DTH, Module movement were some of the other major challenges faced by Tata Power Solar while developing the project.
However, with technical advancement, deep domain expertise and vast experience of early commissioning of EPC projects, Tata Power Solar completed the project work before the stipulated time.
Tata Power Solar has solely designed, engineered, procured and commissioned the project and will undertake comprehensive operation and maintenance of the plant for 10 years. The plant is expected to generate about 101 MUs of energy annually.
Tata Power Solar also distributed masks and created awareness at the project site on Covid-19 pandemic by undertaking trainings, complied with the SOPs issued by both the state and central governments.
27 years and counting: the Tata Power Solar journey at a glance, a history rich with experience and achievements.
Tata Power Renewable Energy Limited achieved a significant milestone by signing two MoUs with the Government of Tamil Nadu. The first MoU outlines plans to develop 10,000 MW of Renewable Energy Power Projects, creating potential investments of Rs 70,000 crores, generating 3,000 green jobs. The second MoU reinforces the commitment to expand the existing 4 GW Solar Cell and Solar Modules project in Tirunelveli District, with an additional investment of Rs 800 crores, further contributing to Tamil Nadu's clean energy transition. This collaboration with the Tamil Nadu government accelerates economic growth, generates jobs, and advances environmental sustainability, solidifying the state's leadership in India's clean energy transition.
- Launch of Mobile App for Rural Customers
TP Renewable Microgrid Limited marked a historic milestone on Mahatma Gandhi Jayanti, October 2, 2023, by unveiling its ground breaking consumer mobile app. This eco-friendly initiative aligns with the company's commitment to clean and sustainable energy solutions. The app empowers users with features such as billing transparency, energy consumption monitoring, and valuable tips for maximizing renewable energy usage. With a user-friendly interface, seamless bill payments, and dedicated customer support, TP Renewable Microgrid Limited aims to advance Gandhiji's vision of a self-reliant and sustainable rural India, bringing us one step closer to a greener future.
- Tata Power Renewable Energy Limited crossed 1.4 GW capacity of Group Captive Projects
Tata Power Renewable Energy Limited (TPREL), a leading player in India's renewable energy sector, has achieved a significant milestone by surpassing 1.4 GW capacity in group captive projects within the last seven months. This success stems from the signing of Power Delivery Agreements with prominent industries, including Tata Steel, Tata Motors, Mukand Limited, Supreme Petrochem Limited, and others. Noteworthy collaborations also extend to constructing a 41MW captive solar plant for Tata Power's upcoming 4.3GW Solar manufacturing facility in Tamil Nadu, showcasing TPREL's commitment to sustainable energy solutions.
- Tata Power Solar honoured with Leading EPC (Engineering Procurement and Construction) at Renewable Energy India Award 2023
Tata Power Solar has proudly received the Renewable Energy India Award 2023 for our outstanding 400 MW Solar Power Plant at Karnataka's Pavagada Solar Park. Recognized as a Leading EPC in the renewable energy sector, this accolade reinforces our commitment to operational excellence. Positioned at the forefront of innovation and project execution, it showcases our pivotal role in advancing towards a cleaner and greener energy future. This award underscores our leadership and dedication to providing cutting-edge solar solutions, solidifying our position as a trusted industry leader.
- Partnership to Build a Skilled Workforce
TP Solar Ltd has signed an MoU with the District Skill Training Office, Tirunelveli to enable local youth and women in the region, through skilling in multiple domain areas, in association with the company’s 4GW Cell and Module Manufacturing plant in Gangaikondan.
- India's First Mono Perc Cell handed over by Tata Power Solar
Tata Power Solar creates history by producing India's First Mono Perc Cell of 166mm & handed over the first cell to the Honourable Minister for Electricity, Kerala, Shri. K. Krishnankutty on 19th of October 2022. The event took place at Thiruvananthapuram Minister Office, Kerala to celebrate and appreciate the states’ commitment towards renewable energy and successful implementation of significant projects in Phases 1&2 of the KSEB (Kerala State Electricity Board) SOURA Rooftop Solar project. The state ministry applauds Tata Power Solar’s commitment and devotion to promote sustainable energy in the country. The ministry expresses its desire, that Tata Power Solar should participate in future green initiative projects like Solar Pumps, the Micro Hydro Project, and various ANERT projects.
- A historic Win for Tata Power Solar
India's largest solar EPC order bagged by Tata Power Solar. Tata Power Solar steps forward in the mission to contribute to India’s sustainability goals by adding one of the biggest solar EPC projects to our name with SJVN Limited issuing LOA for the EPC order of 1GW for INR 5500 Cr. This EPC order has been designed keeping in mind the innovative use of ‘Make in India’ cells and modules. The project will be developed under the CPSU scheme of MNRE and will be completed within a period of 24months. Covering around 5000+ acres of land in Rajasthan, this project aims at reducing around 22,87,128kg of carbon emission and is expected to generate around 2500 million units annually.
Here are all the latest happenings from the world of Tata Power Solar
