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Pivot Energy and Onyx Renewable Partners Develop Four Solar Projects Across Illinois and Colorado

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Pivot Energy, Colorado’s largest community solar developer, today announced the completed transaction of a three-megawatt (MW) commercial and utility solar portfolio with Onyx Renewable Partners L.P. Completion of the portfolio represents the ongoing partnership and commitment between the two companies to provide nonprofits, school districts, government municipalities, and local utilities with clean and affordable solar energy. As part of the portfolio agreement, Pivot and Onyx will co-develop each project while Onyx will own and operate them. 

The portfolio announced today includes four projects in total, two in Illinois and two in Colorado. The projects located in Illinois total 779 kilowatts of solar energy awarded through the Adjustable Block Program that will serve a local municipality and a school district. The remaining two projects, located in Colorado, total 2.4 MWs of solar energy that will serve a university and a local utility partner. 

“Onyx has been an important strategic partner for us as we continue to expand our product offerings across the country,” said Garrett Peterson, vice president of project development for Pivot. “The geographic range and diversity of customers within this portfolio demonstrates the increasing demand for solar by all types of commercial and public entities. We look forward to continuing our valuable partnership with Onyx and delivering even more clean energy to commercial customers across the country in 2020.”

“We are delighted to be co-developing with Pivot on this portfolio that will help put resources back into communities and towards our clients’ academic missions. It has been a pleasure working with Pivot and we look forward to expanding the relationship with them this year,” said John Cannon of Onyx Renewable Partners.

Duke Energy Florida Announces Installation of One-Millionth Solar Panel in State

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One million solar panels and counting…

Duke Energy Florida today announced the installation of its one-millionth solar panel in the state at the company’s Columbia Solar Power Plant in Fort White, Fla.

Duke Energy Florida plans to install a significant amount of additional solar energy over the next 10 years across the state.

“This is an exciting announcement as we increasingly deliver cleaner, more reliable energy to our customers,” said Catherine Stempien, Duke Energy Florida state president. “By mid-year, our solar plants are expected to eliminate nearly 1.5 billion pounds of carbon dioxide emissions each year. That’s the equivalent of taking 130,000 passenger cars off Florida roads.”

Duke Energy Florida will have a total of almost 515 megawatts (MW) of solar under construction or operating by mid-2020.

The company is investing an estimated $1 billion to construct or acquire a total of 700 MW of solar power facilities from 2018 through 2022 in Florida.

Duke Energy Florida is projecting to more than double its solar investments

Boustead Projects ties up with Sunseap to install rooftop solar energy systems

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Boustead Projects ties up with Sunseap to install rooftop solar energy systems

Boustead Projects is partnering Sunseap Group for the potential installation of rooftop industrial solar energy systems at its real estate projects.

The real estate player announced on Thursday in a regulatory filing that its wholly-owned subsidiary Boustead Funds Management had signed a framework agreement with Sunseap Leasing – a business unit of the regional solar energy provider – for the collaboration.

Through the partnership, Boustead Projects intends to better utilise rooftop space at its portfolio of leasehold properties and managed real estate projects.

Sunseap will be Boustead Projects’s exclusive solar energy partner and preferred electricity retailer in Singapore, the latter added. Sunseap will also be able to offer clean energy solutions and retail lower-cost energy to Boustead Project’s clients and tenants.

Thomas Chu, Boustead Projects managing director, said the company intends to partner Sunseap in Singapore and regionally.

“Sunseap is Singapore’s most established solar energy solutions provider and a growing regional clean energy solutions provider, which makes them an ideal clean energy partner for our ongoing portfolio and regional expansion,” he added.

Driving Forces behind JinkoSolar 2GW Ordered Swan Bifacial

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Representational image. Credit: Canva

Bifacial solar modules have attracted a lot of market attention in recent years. Installed capacity grew from only 97 megawatts globally in 2016 to over 5,400 megawatts in 2019. Furthermore, between 2019 and 2024, the size of the bifacial market is poised to increase tenfold.

The driving forces behind this phenomenal growth differ from region to region. But one unifying factor is the growing affordability of bifacial modules in addition to the new G/B (glass plus backsheet) that enables structure installation method and cost to be unchanged compared to mono facial modules.

For instance, unlike conventional glass-glass structured bifacial modules, JinkoSolar’s Swan bifacial with Dupont transparent backsheet can breathe out the heat and corrosion inside the panel. Thus lowering the NOCT, increasing the energy yield and performance in the real-world condition. In addition to the generation capability over 30 year life span, the initial BOS cost will be significantly saved because of 20-25% less weight compared with different thickness of rear side glass adopted. It makes Swan relatively easy to retool existing monofacial mounting method.

Together, the comparable cost and the ease of deployment are allowing Swan bifacial modules with transparent backsheet to compete with conventional modules and gain market share. According to the Company, since June 2019, the first time showcased at SNEC 2019, Swan bifacial has been ordered nearly 2 GW within 6 months.

Sunseap Raises SG$ 100mn For Asian Solar Markets

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Sunseap Group Pte Ltd, Singapore’s leading provider of renewable energy solutions, continues to attract strong investor following.

Sunseap reported that it has raised S$100 million in its fourth round of fund-raising from Banpu, a listed company on the Stock Exchange of Thailand, as part of its commitment towards sustainability.

Sunseap Group is the leading solar energy system developer, owner and operator in Singapore. It operates through five key units: Sunseap Leasing, Sunseap International, Sunseap Energy, Sunseap Engineering and Sunseap Solutions. Sunseap Leasing is the first and largest solar leasing company in Singapore. Sunseap International targets markets in the Southeast Asian and Pacific regions.

Current Sunseap portfolio includes a 168 MegaWatt-peak (MWp) solar farm in Vietnam, a 140 MWp solar farm in India, and a 10 MWp solar farm in Cambodia. Sunseap Energy provides renewable energy solutions utilising off-site arrangements by drawing on solar systems within the Group’s portfolio of distributed generation assets.

Sunseap

The latest Series D4 round comes hard on the heels of a combined S$50 million investment from ABC World Asia and Temasek last month, and the funds raised will be used to support Sunseap’s projects and expansion across Asia.

Banpu is a leading integrated energy solutions company with three core groups of business – energy resources, energy generation and energy technology – and has expanded into 10 countries in the Asia-Pacific region. Banpu’s commitment to sustainability while growing its business has led to the reorganisation of some of its operations to create Banpu NEXT, a move that is expected to be completed by the end of February.

As part of the investment, Banpu has appointed its Senior Vice President, Finance and Strategy, Mr Banchob Kitchpanich, as a representative to Sunseap’s board.

Sunseap’s President and Executive Director, Mr Lawrence Wu, said: “The additional investment by Banpu is another vote of confidence for Sunseap’s sustainable business model and our smart city technologies. Their commitment will help position us as the leader in smart city and sustainable clean energy solutions to a wider customer base and help fight climate change.

A notable client of Sunseap Energy is Apple, which signed an agreement with Sunseap to procure 100% of its local energy requirements from renewable sources. Sunseap Energy is also providing Microsoft 100% of the renewable energy produced from 60 MW of rooftop solar projects in Singapore. Sunseap Engineering provides engineering, procurement and construction as well as operation and maintenance services for PV projects.

SUNSEAP

“Banpu is one of Asia-Pacific region’s leading and most experienced integrated energy solutions provider and we see synergies between our business and theirs. We welcome its representative to our board and look forward to having Banpu’s valuable perspective as we deliberate strategic plans for the Sunseap group of companies.”

In recognition of the Banpu’s sustainability efforts and commitment to Environmental, Social and Governance (ESG) principles, which support its business growth as well as generate benefits and returns for all stakeholders, Banpu was selected as a member of the Dow Jones Sustainability Indices (DJSI) – Emerging Markets for a sixth consecutive year in 2019. It was also rated “A” under the MSCI ESG Ratings and was part of the Thailand Sustainability Investment list under the Stock Exchange of Thailand Sunseap is the largest clean energy solutions provider in the Singapore with almost 300 MegaWatt-peak (MWp) of solar energy projects contracted, of which 168 MWp have been completed on more than 1,500 buildings in Singapore including public housing estates, as well as commercial and industrial buildings.

Sunseap also provides residential customers in Singapore with access to certified solar energy generated in Singapore to reduce their carbon footprints. The group, which also supplies tech giant Apple and Microsoft with renewable energy for their entire local operations, won the tender for the Singapore government’s SolarNova 4 last year. Under the programme, Sunseap will install more than 70 MWp of solar panels on the rooftops of housing blocks and other government sites.

Outside Singapore, Sunseap has also commissioned one of the largest solar projects in Vietnam, a 168MWp solar farm in Ninh Thuan Province. It currently has a total and projected capacity of 1.7 GigaWatt-peak consisting projects that are in operation, under construction and in development in the Asia-Pacific region, as well as a strong pipeline of projects in China, Taiwan, Japan and other parts of Southeast Asia.

Week in Middle East: UAE’s first floating solar power plant launched in Abu Dhabi, Egypt- 12 companies compete for 200 MW west Nile solar plant, Saudi and the UAE to Invest Billions In Solar Power Projects In Egypt and More

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New solar park to ease Iraqi governorate’s power shortage

To combat growing electricity concerns in the district, the Iraqi governorate of Duhok signed an agreement with the United Nations Development Programme (UNDP) earlier this month to set up the district’s first solar energy park. The project comes amid pressure on Iraq to diversify its energy sources and lessen its dependence on Iran. Two years ago, Duhok released a plan for sustainable energy. The plan included the district’s pledge to make significant cuts to greenhouse gas emissions by 2030.

UAE’s first floating solar power plant launched in Abu Dhabi

The UAE’s first floating solar power plant will begin energy production this week in Abu Dhabi. Located off Nurai Island, which is a 15 minute boat ride from the UAE capital, the floating solar panels will provide an additional 80 kilowatts of solar power energy to the nearby Zaya Nurai resort, where there are already 1,000 kilowatts of rooftop and ground-mounted photovoltaic (PV) systems. The project aims to pave the way for floating renewable energy solutions in the emirates.

Syria launches tenders for 63 MW of solar

The Syrian Ministry of Electricity Transmission Establishment has issued two tenders for the construction of solar power plants with a combined generation capacity of 63 MW. The tender announcement was published by Pakistan’s Alternative Energy Development Board after the Syrian Ministry of Foreign Affairs & Expatriates forwarded it for issue by what the tender document calls “friendly countries”. The first tender, which has a bid deadline of March 20, is for a 40 MW solar plant near the Jandar natural gas power plant in the Homs governorate of central Syria. A second tender with the same closing date is for a 23 MW solar project near Damascus.

Egypt- 12 companies compete for 200 MW west Nile solar plant

Twelve companies agreed to participate in a tender for the construction of a solar power plant with a photovoltaic capacity of 200 MW west of the Nile within the 600 MW project proposed by the Egyptian Electricity Transmission Company (EETC). Informed sources told Daily News Egypt that the EETC divided the 600 MW project and sent a letter to companies qualified in previous tenders to clarify this. Once they receive approval, fees for soil testing will be specified and divided. The companies that agreed to participate in the project are Masdar, Al-Fanar, Abdul-Latif Jameel, Lekela Power B.V., ACWApower, Orascom Construction, Biotherm, Alcazar, Tebia, and Sun Infinity, amongst others. The New and Renewable Energy Authority will be granting the land approved companies will use for a period of 25 years. The approved companies will then design, implement, finance, and operate the stations under the B.O.O. system, while the Egyptian company purchases the energy on a power purchase agreement.

Saudi and the UAE to Invest Billions In Solar Power Projects In Egypt

Saudi Arabia and the UAE are investing in Egypt’s solar power, with Benban solar park being the first project intended to garner foreign investment in the industry. Which is amazing news because it means that Egypt can actually make some bank off of renewable energy. Because of a law that paves the way for state-owned Egyptian Electricity Transmission Company to buy electricity from private companies, and with the price being only 8.4 cents per kilowatt, Egypt’s renewable power is expected to unveil an incredible level of investment opportunities. Now for the stats – as it stands, the Benban Solar Park contributes around 1.5% of the total electricity generated in Egypt, and the Aswan High Dam contributes around 7%, 2% of which comes from wind farms. Because renewable energy falls under development, the industry is usually quick to garner foreign development, especially with the overwhelming development boom which Egypt is currently experiencing. Egypt is expected to also receive investments from the Islamic Trade Finance Corporation and the Emirati Masdar, among others.

Turkey cuts admin fee for rooftop PV systems

The Turkish government has decided to cut the one-off administrative fee applied to rooftop PV systems, the country’s official journal has stated. The tariff, which includes an additional 18% VAT payment and is paid for securing approval from the authorities, will be almost halved from TRY529 ($87.37) to TRY278 for owners of such ‘unlicensed’ PV systems with generation capacities of 10-100 kW. For 100-300 kW systems the fee will fall 30.7%, from TRY1,528.50 to TRY1,058; 300-500 kW arrays will see the fee fall 3.1%, from TRY2,309.50 to TRY2,236.50; for 500-700 kW installations it will reduce 7.7%, from TRY4,089.5 to TRY3,773; and for 700 kW-1 MW facilities there will be a 1.1% saving, with the charge reducing from TRY5,202.50 to TRY5,147.50.

Renewables account for almost half of Turkey’s installed power

Turkey’s renewable energy capacity has registered a remarkable surge over the last decade, with a steady increase of 11% per year amid a 7% annual capacity rise in other fuels for power generation, Deputy Energy and Natural Resources Minister Alparslan Bayraktar said Thursday during his remarks at a renewable energy conference in Istanbul. Turkey’s installed power capacity was calculated at a total of 91,267 megawatts (MW) by the end of last year, while only around a decade ago, the country possessed only 15,500 MW in renewable capacity. “The installed capacity in renewables totals 45,000 MW, accounting for 49% of the total installed power, nearly half of it,” Bayraktar stressed at the Renewable Energy Outlook Conference: Turkey, Central Asia, Caucasus and Western Balkans organized by the Atlantic Council in Turkey and European Bank for Reconstruction and Development (EBRD).

Week in ASEAN: Indonesia to install rooftop solar panels on 800 public buildings, Five new solar farms to be connected to the national grid, Myanmar to increase renewable energy sources and More

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Indonesia to install rooftop solar panels on 800 public buildings

The Indonesian government plans to install rooftop solar panels on at least 800 public buildings across the country this year as it steps up its renewable energy push to lessen its reliance on fossil fuels. The Ministry of Energy and Mineral Resources has allocated 175 billion rupiah (12.76 million USD) to install the panels on boarding schools, clinics, orphanages, government offices and police stations in 17 provinces. The ministry’s Renewables Infrastructure Director Puspa Dewi said due to a tight budget, the project would focus first on public buildings as they have higher electricity demand during the day than residential areas. The programme is part of the Indonesian government’s efforts to increase the rate of renewable energy use to 23 percent by 2025 in line with its National Energy Plan.

Five new solar farms to be connected to the national grid

In its annual report, the ministry stated five solar parks are having their construction works accelerated so they can be connected to the national grid as soon as possible. Together, the solar projects will boost Cambodia’s power supply by a total of 160 megawatts (mW) a year. With each province accounting for; Svay Reign (20mW), Pursat (30mW), Kampong Speu (20mW), Battambang (60mW) and Banteay Meanchey (30 mW). Next year, according to the ministry, the country will launch another 60 mW in Kampong Chnang and 60 mW solar farm in Pursat provinces, generating 120 mW when combined. Actions taken by the government have aimed to diversify power sources within the country because power demands have notably increased in recent years from investment activities, especially in the construction and manufacturing sectors.

Myanmar to increase renewable energy sources

Myanmar is trying to increase the content of renewable energy sources in tapping all available energy sources to generate electricity, said Union Minister for Electricity and Energy Win Khaing. As the country is blessed with solar energy, wind power and other renewable energy sources, a 40-megawatt solar power plant has been built in Minbu and the plant is distributing electricity through the national grid. The minister stressed the need to increase employing energy sources that have little impact on the environment. The government is trying to generate electricity covering the whole country by 2030. In a three-year period from 2016-2017 fiscal year to 2018-2019 FY, over 11,000 kilowatt hours of hydropower electricity and around 9,000 kilowatt hours of electricity from natural gas were produced on a yearly basis, the Central Statistics Organization quoted the statement issued by the Ministry of Electricity and Energy.

Firm completes purchase of solar project in Banteay Meanchey

Thailand-based energy company B Grimm Power Plc’s wholly-owned subsidiary, B Grimm Solar Power 1, has completed its acquisition of Cambodia’s Ray Power Supply Co Ltd. “[Ray Power] would like to update the progress [of the transaction]. The share transfer has officially completed and approval from relevant authorities has been granted,” it said in a filing to the Stock Exchange of Thailand. The company announced late last year that B Grimm Solar Power 1 entered into a share purchase agreement to acquire all the shares of Ray Power for a total consideration of $300,000. Ministry of Mines and Energy spokesman and director-general of the ministry’s General Department of Energy Victor Jona previously told The Post that the ground-mounted solar power system will cover about 40ha of land in Banteay Meanchey province’s Sisophon town.

Thailand’s PTT to set up AIoT smart grid

Singapore-based Envision Digital International has been tapped to develop the first smart grid for Thailand’s major energy company, PTT Public Company (PTT), which contributes to approximately 16% of the country’s GDP. The contract involves developing an AIoT smart grid at Vidyasirimedhi Institute of Science and Technology (VISTEC), powered by Envision Digital’s AIoT operating system EnOS. By integrating floating solar panels, rooftop solar panels, energy storage system, and electric charging stations in the campus with Envision’s Enlight and Ensight digital analytics software, the smart grid project will help PTT to achieve its 2020 strategic objective: Zero increase of absolute emission growth rate. The contract follows a Memorandum of Understanding signed between the two companies in April 2019 to work together on multiple initiatives around new energy and digital transformation.

Vietnam Expands its Solar Energy Capabilities

Solar energy in Vietnam is showing highly after periods of shuttling from an extreme to another, with the state often looking as if it was reverting to coal and on other occasions as if it was to make investments on renewable energy. Vietnam had exceeded Malaysia and Thailand by the close of last year by hitting Southeast Asia’s most significant installed solar electricity capacity of 44 percent, according to statistics by the energy consulting service seller firm WoodMackenzie. The statistics show Vietnam’s seriousness concerning solar energy, a subject that has brought discussion for years. The advocates of solar power were motivated to see the state offer high tariff feed (FIT), a German pioneered fee to let solar panel users sell electricity to the grid. The FIT contributed to pushing Vietnam to a solar power capacity of 5.5 gigawatts last year.

Delhi DISCOMs Implementing A Rooftop Solar Tender 30 MW

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The Delhi DISCOMs (BRPL, BYPL and TPDDL) are implementing a Rooftop Solar Tender (30 MW) in the residential sector under MNRE Phase II Program with the tender facilitation assistance from IPGCL and Technical Assistance (TA) from the SUPRABHA Program (MNRE SBI The World Bank Initiative). The NIT was published by IPGCL on 22nd Feb 2020 and a pre-bid meeting has been scheduled on 28th Feb at Radisson Blu, Mahipalpur, New Delhi from 11 AM.

In this regard, on behalf of Delhi DISCOMs, IPGCL is inviting Expression of Interest (EOI) for Empanelment of Vendors.

Tender Buzz In India: Massive Response To SECI’s 1.2 GW Tender; BHEL, TERI, NTPC, NPCIL Release New Solar Tenders

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BHEL Bags TERI’s Battery Energy Storage Tender for Rs 2.51 Crore

In a tender recently floated by The Energy and Resources Institute (TERI) for installation and maintenance of battery energy storage systems (BESS) Bharat Heavy Electricals Limited (BHEL) has emerged as the best supplier of battery and associated equipment.BHEL has offered 410 kWh of cumulative battery capacity for a total cost of Rs. 2.51 crore which includes 6 years of warranty and maintenance.

NTPC Tenders for 1200 MW ISTS-Connected Solar Projects in India

NTPC Ltd has invited online bids from eligible bidders for the selection of solar power developers for setting up 1200 MW ISTS-Connected solar PV power projects anywhere in India.The last date for submission of bids is March 19, 2020, and the techno-commercial bids will be opened on the same date. The date and time of opening of the price bids and the e-reverse auction will be intimated separately by NTPC to the technically selected bidder.To address the concerns raised by the prospective bidders a pre-bid meeting has been scheduled for March 6, 2020, to address the concerns raised by the prospective bidders.  All bids must be accompanied by Earnest Money Deposit for an amount calculated at the rate of Rs 400,000 per MW of quoted bid capacity in the form as stipulated in the RfS Documents.

BSNL Tenders for 2.5 MW Rooftop Solar Systems in Maharashtra

Bharat Sanchar Nigam Limited (BSNL) has issued a tender under the RESCO model inviting bids from eligible firms for implementation of 2.5 MW grid-connected rooftop solar power systems at BSNL Buildings in different zones of Maharashtra .The last date for bid submission is March 17, 2020, and the techno-commercial bids will be opened on the next date i.e. March 18, 2020.To be eligible for participating in the bidding process, the firms should have designed, supplied, installed & commissioned at least one grid-connected solar PV power project having a capacity of 50 kW which should have been commissioned at least 6 months prior to techno-commercial bid opening date.Rs 4 crore should be the average annual turnover to participate in this bid.

Himachal Pradesh Issued Tenders for 10000 Solar PV Lanterns

The Himachal Pradesh Government Energy Development Agency (HIMURJA) has issued a tender, inviting bids from eligible firms for the supply of approximately 10000 solar PV Lanterns (LED type) for distribution to the beneficiaries in the state.The general scope of work for the contract will include the supplying of 10,000 solar lanterns to the beneficiaries of the State and in reference to the same the suppliers must provide a warranty period of 5 years which will commence from the date of receipt of the material by Project Officer. During the warranty period, the supplier will carry out preventive, routine and breakdown maintenance of the SPV Lantern including replacement of any components including DC battery, electronics, etc. which goes bad free of cost. The last date for submission of bids is February 27, 2020, and the technical bids will be opened on the same date i.e. February 27, 2020. The tentative cost of the project is Rs 2.5 crore.

Nuclear Power Corporation Tenders for 775 kW Rooftop Solar Plants

The Nuclear Power Corporation of India (NPCIL) has floated a tender, seeking eligible developers for setting up of 775 kW of grid-connected rooftop solar power plants at its RR site buildings in different units and offices in Maharashtra.The scope of work for the selected developers will include the supply and installation of a total 775 kWp capacity rooftop solar PV system for NPCIL.The developers will also have to provide with Warranty for operation and maintenance (O&M) of the plant for a period of 5 years after installation and final acceptance as per the attached detail scope of work and technical specifications.As per MNRE to be eligible for participating in the bidding process, the bidders should have experience in the supply and installation of solar PV power plants and solar systems of cumulative capacity not less than 50 kWp.The last date for bid submission is March 21, 2019, and the techno-commercial bids will be opened on the same date. 

NTPC Tenders for 530 kW Rooftop Solar Plant in Maharashtra

NTPC Ltd has issued a tender for setting up of rooftop solar power plant worth 530 kW at its Mouda STPS facility in Maharashtra.The scope of work for the selected bidders will include the supply, erection and commissioning of the 530 kWp rooftop solar plant at NTPC-Mouda with all miscellaneous items need to complete the facility covering all the activities and services in respect of all the equipment and works specified in the tender. The project developers will have a period of 270 days to complete the work on the project.The last date for submission of bids is March 5, 2020, and the techno-commercial bids will be opened on the following date i.e. March 6, 2019.

BSNL Floated Tender For Supply Of 12 Million Solar Cells

Bharat Heavy Electricals Limited has invited bids for the supply of cells with 5 busbars and a minimum efficiency of 18.8%.The publicly-owned manufacturer has described the dimensions of the devices it needs. Although global suppliers were invited to participate, safeguarding duty will be applied on imported cells as required by Indian trade policy.

Assam Reissues Tenders for 100 MW of Solar Projects

The Assam Power Distribution Company Limited (APDCL) has reissued a request for selection (RfS) to procure a cumulative capacity of 100 MW of power from grid-connected solar projects in four regions of the state through a tariff-based competitive bidding process.The tender was initially issued in January 2018 but later the last date of submission of bids was extended to February 21, 2020.As the earnest money deposit (EMD) Interested bidders need to pay ₹672,000 bMW and performance security of ₹1.7 million. The ceiling tariff for the project has been revised to ₹4 (~$0.056)/ kWh from the earlier ₹4.48 (~$0.07)/kWh according to the tender document.An interested bidder should have a net worth of ₹6.72 million and the net worth of each of these projects will not be less than ₹168 million  as on the last day of the preceding financial year.

SECI Extends Its Bid Submission Deadline For Its 4 MW Floating Solar With BESS Tender

The Solar Energy Corporation of India (SECI) has issued  notification extending the bid submission deadline from February 13, 2020 to February 28, 2020, for its 4 MW Floating Solar With BESS Tender. The projects will be established at Kalpong Dam in Diglipur which is located in northern Andaman and it will evolve on a build-own-operate (BOO) basis. As the earnest money deposit (EMD) interested bidders must remunerate ₹5.4 million. The highest tariff payable to the developer is ₹8 for 25 years which includes all statutory taxes, levies, duties and cess.

Central Electronics Limited (CEL) Declares Auction Results For Its 44 MW Solar Tender

The auction results for Substations in Maharashtra for its 44 MW solar tender has been declared by The Central Electronics Limited (CEL).Gensol Engineering Private Limited, Kor Energy Private Limited, Purshotam Profiles Private Limited, Mitcon Consultancy, Engineering Services Limited, and Kalpa Power Private Limited won a capacity of 13.2 MW,11 MW,8.8 MW,6.6 MW, and 4.4 MW respectively.Gensol had quoted the lowest tariff rate of ₹15.1 /W out of all five companies for 44 MW, considering the same CEL asked the companies to go with the tariff rate of ₹15.05/W. At the designated project sites CEL will provide 310Wp of solar PV modules.

Tender For 1.2 GW Of ISTS Connected Solar Projects Issued By NTPC

The National Thermal Power Corporation (NTPC) has floated an invitation bids for the selection of solar power developers to set up 1,200 MW Interstate Transmission System (ISTS) connected solar projects in India.To participate in this tender bidders are expected to pay an earnest money deposit (EMD) of ₹400,000 per MW.Pre-bid meeting will be held on March 6, 2020, and March 19, 2020, is the last date for submission of bids. Time for Technical Bid is 2:30 pm and Date and Time of start of Reverse Auction Shall be Intimated separately by NTPC. It has been instructed by NTPC that No hard copy of RfS Documents shall be issued.  

Pre-Bid Query Format Released For 14 MW/ 42 MW Solar+Storage Project In India

Under the Prime Minister Development Package (PMDP), The Solar Energy Corporation of India (SECI)has floated tender for setting up of 14 MW solar power plants with 42 MWh Battery Energy Storage Systems in Ladakh. Pre-Bid meeting was held on 17.02.2020 in this regard  to address the concerns raised by the prospective bidders. It resulted in launching the Pre-Bid query format which is to be used by respective bidders for sending their queries.The format is available at the official website of SECI.The maximum VGF(“Viability Gap Funding” ) to be quoted by a bidder has been kept at Rs 13 crore for 1 MW solar PV power project with a battery storage of 3 MWh and the project will be awarded to the Bidder who has quoted the lowest VGF and The highest levelised tariff payable to the Project Developer is fixed at Rs 2/kWh for 25 years. The last date for bid submission is March 16, 2019, and the techno-commercial bids will be opened on the same date. 

SECI’s Solar Tender of 1.2 GW Oversubscribed by 2.3GW

For its 1.2 GW solar power tender launched under interstate transmission connectivity (ISTS) tranche VIII, India’s Solar Energy Corporation of India (SECI) has received bids of a total of 3.5 GW by several big firms.The list of bidders includes ReNew Power, Softbank, Avaada, O2 Power, Brookefield, Eden, Tata, Ayana, and IB Solar.According to Mercom India Research, ReNew Power and Softbank bid for 600MWs each, on the other hand, Avaada bid for 500MW. The other six companies bid for 300MW each. Hence the tender was evidently oversubscribed by 2.3 GW. SECI is yet to announce final winners for this project.

Week in Brief: MNRE to Set Up a Renewable Energy Standardization Cell to Ensure Quality Standards, SECI’s Solar Tender of 1.2 GW Oversubscribed by 2.3GW, At 7.3 GW, India’s Solar Installations in 2019 Declined by 12% and More

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MNRE to Set Up a Renewable Energy Standardization Cell to Ensure Quality Standards

The Ministry of New and Renewable Energy (MNRE) has decided to set up a Renewable Energy Standardization Cell (RESC). The objectives of the cell are to identify the areas in renewable energy where standards need to be developed and identify international standards such as International Organization for Standardization (ISO) and International Electrotechnical Commission (IEC) for applications in Indian climatic conditions. In case of any modifications, they should be first done and tried in test laboratories for revision suitable for the country’s climatic conditions. The MNRE also states that another objective is to initiate the process of developing standards involving experts from research and development (R&D) institutions, test labs, and industry.

SECI’s Solar Tender of 1.2 GW Oversubscribed by 2.3GW

The Solar Energy Corporation of India (SECI) has announced the list of participants for its tender for 1.2 GW of solar projects. In January 2020, SECI had issued a detailed request for selection documents to set up 1,200 MW of interstate transmission system (ISTS) connected solar projects. Though the tender was announced in December 2019, the details were made available only in January. The list of participants includes ReNew Power, Softbank, Avaada, O2 Power, Brookefield, Eden, Tata, Ayana, and IB Solar. The tender was floated for 1.2 GW but was oversubscribed by 2.3 GW. ReNew Power and Softbank bid for 600 MWs each, whereas Avaada bid for 500 MW and the remaining six companies bid for 300 MW each, totaling 1.8 GW.

At 7.3 GW, India’s Solar Installations in 2019 Declined by 12%

India installed 7,346 MW of solar capacity in the calendar year (CY) 2019, a 12% decline year-over-year (YoY), compared to 8,338 MW in 2018, according to Mercom India Research’s newly released Q4 & Annual 2019 India Solar Market Update. Large-scale solar projects accounted for 85% of installations with 6,242 MW  (7% YoY decline) and rooftop solar made up the remaining 15%, adding 1,104 MW (33% YoY decline). By the end of 2019, the cumulative solar installations reached almost 35.7 GW. Large-scale projects accounted for 31.3 GW (87.6%), whereas rooftop solar installations accounted for 4.4 GW (12.4%).

Gujarat May Charge ₹0.5 Million/MW for Solar Projects to Build Evacuation Facility

The Gujarat Electricity Regulatory Commission (GERC) has invited public opinion on a draft paper discussing issues in establishing tariff for solar power procurement by distribution licensees. The last date for sending comments and suggestions is March 4, 2020. The Commission has released the discussion paper for feedback to initiate the regulatory process for setting the solar power procurement tariff for the financial year.

Odisha Floats Tender for Supply of 10 Solar Cold Storage Units

The Odisha Renewable Energy Development Agency (OREDA) has invited interested bidders to install ten solar cold storage units. The quantity can be further increased depending on the agency’s requirements. The last date for the submission of bids is March 11, 2020, while the opening of techno-commercial bids has been scheduled for March 13, 2020. The estimated cost of the project is ₹15 million (~$210,101). Prospective bidders need to submit a sum of ₹150,000 (~$2,101) as the earnest money deposit (EMD).

NIWE Announces Tender to Assess Wind and Solar Resources in India

The National Institute of Wind Energy (NIWE) has invited tenders for sensors and data loggers with accessories to assess wind and solar resources across the country. The scope of work includes the supply and delivery of anemometers, wind vanes, temperature sensors with a radiation shield, pressure sensors, precipitation sensors or rain monitors, pyranometers, and data loggers with a communication device with spare 32 Megabyte (MB) memory cards.

Tamil Nadu Lays Out Details for Procuring Solar Power by Distribution Licensees

The Tamil Nadu Electricity Regulatory Commission (TNERC) has issued a consultative paper for procuring solar power by distribution licensees and has asked all the stakeholders to submit their comments and suggestions by March 13, 2020. The report states that the total capacity of renewable power in the state is 14.14 GW. According to Mercom’s India Solar Project Tracker, the state has nearly 3.6 GW of large-scale solar installations while 208 MW are in the development pipeline.

Kerala Orders DISCOMs to Give Net Metering to Prosumers on a First Come, First Serve Basis

The Kerala State Electricity Regulatory Commission (KSERC) has issued new regulations called the ‘Kerala State Electricity Regulatory Commission (Renewable Energy and Net Metering) Regulations, 2020’ in which the state has directed the distribution licensees to constitute an in-house renewable energy cell to promote renewable deployment in the state within one month. As reported by a news wire in September 2019, the KSERC had issued a draft of net metering regulations for renewable systems and had called for a public hearing and suggestions. The new regulation says that the state will also penalize distribution licensees if they cannot stick to the timelines prescribed by the Commission. In case of failure to meet timelines prescribed under these regulations, a penalty of ₹1,000 ($14)/day for each day of delay will be imposed. The penalty accrued during the year will be deducted from the return on equity of the distribution licensee for that year.

Better Energy Lights the way with Large-Scale Solar in Poland

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Poland is heavily dependent on coal, but now the country is beginning to see the light when it comes to solar power. Installed solar capacity has increased. Better Energy has demonstrated how solar can be scaled up to transition the country to an affordable, low-carbon future. The integrated solar energy provider has become a market leader with a proven business model and an established Polish team that is continually expanding.

At the end of 2019, Poland ran a tender and Better Energy was awarded a total capacity of 48 MW for two large-scale solar projects at a bid price well below average. This marks the first time that large-scale solar has made its way into a Polish governmental tender, and Better Energy has been a large contributing factor in this development with a portfolio of more than 1 GW, the largest portfolio in Poland to date.

Solar can pave the way for a more sustainable energy supply. Better Energy has great experience developing large-scale solar projects and has turned maximising impact with minimal effort from an art into a science. Purchasing solar energy and greening the grid is the best and easiest commercial choice available. The Danish company has already helped prominent Danish corporates deliver climate action with measurable results. Better Energy’s solutions are easy to replicate in markets like Poland, and Poland is expected to be the next big European market for installed solar capacity.

“We have driven change in the Polish market and built a solid position, but there is potential to do much more. Our solutions are integrable, scalable, and we can deploy them on market terms. Market awareness is key. Creating an understanding of the potential of solar and showing that we have advanced and pragmatic solutions that can meet increasing energy demands. Our solutions can contribute significantly to the transition to a fully sustainable energy supply,” says Better Energy EVP for Project Finance and Project Development, Christoffer Fruergaard Larsen and continues:

“Companies are ready to commit and transform their businesses from carbon-intensive to low-carbon operations. They need to know that affordable clean energy is there. We are ready to show them the way to a more sustainable future.”

Dynamic Energy Completes Phase 2 of Largest Solar Project on Nantucket For Bartlett’s Farm

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Bartlett’s Farm is widely known as the oldest and largest family-owned farm on Nantucket Island. As part of Bartlett’s Farm’s ongoing commitment to sustainability and grid reliability on the island, Dynamic Energy recently completed a 1.4 MW ground-mounted solar installation. This project is adjacent to a 595 kW system that Dynamic Energy designed and constructed for Bartlett’s Farm in 2016.

Together, Phase 1 and 2 total nearly 2 MWs of solar capacity, producing approximately 2.6 million kWhs of electricity annually, and avoiding the emission of 2,100 tons of carbon dioxide per year (equivalent to providing enough clean, renewable energy for more than 7% of the island’s households). The project offsets 100% of the farm’s energy needs, while also serving as a reliable and cost-effective source of clean energy for Massachusetts.

“Given the success of our first project with Dynamic Energy, we were confident that they would be the right partner for our second. Dynamic has been a strong partner for us, in support of our efforts to generate clean and sustainable sources of energy for the farm. Now this includes the island’s electric grid and will help reduce the need for a third undersea cable,” said John Bartlett, President of Bartlett’s Farm.

“It is extremely rewarding to see a follow-on project like this come to fruition,” said John Conley, Chief Commercial Officer at Dynamic Energy. “To work together again on a larger, second phase highlights Bartlett’s Farm’s dedication to its sustainable mission, to the local community, and to its confidence in Dynamic Energy’s ability to provide outstanding results for our customers.”

Goldi Solar Reinforces as A Tier 1 Solar PV Manufacturer on the Bloomberg New Energy Finance List

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Representational image. Credit: Canva

Goldi Solar, one of the leading Indian solar panel manufacturers, EPC provider and independent power producer (IPP), bags the title of “Bankable Tier 1” solar panel manufacturer by Bloomberg New Energy Finance (BNEF) for Q1, 2020.

BNEF developed its tiering system for PV module makers to create a transparent differentiation between the hundreds of manufacturers of solar modules in the market. The classification is based on bankability, specifically whether projects using a particular brand of solar modules are likely to be offered non-recourse debt financing by non-development banks. Tier 1 module manufacturers are those that have provided products to six different projects, which have received non-recourse financing by six different banks in the past two years. Nevertheless, Goldi Solar has met all the criteria’s to be on this list of Tier 1 and it is the fourth Indian company listed.

Mr. Ishver Dholakiya, Managing Director – Goldi Solar, said, “This is a big win for us and we worked diligently to reach this milestone. We recognize that major PV project developers, EPCs and financers rely on the BNEF report and we believe this announcement will open up a broader section of the market for our high-quality solar modules”.

Mr. Bharat Bhut, Director – Goldi Solar, said, “We are delighted today to be included in this list of Tier 1 manufacturers, our panels which have been supplied to the projects have fulfilled BNEF standards. This “Tier 1” title is important to us which will not only attract new opportunities but it will also help us to complete few pending International orders and to penetrate more easily in markets like Europe and US as a major bankable supplier of the solar PV industry and allow us to further contribute more towards sustainability and greener future”.

Construction of Europe’s Largest Floating Solar Farm in Under 8 Weeks

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The project is being built on a sandpit lake in Zwolle in the Netherlands. Once complete it will be the world’s largest floating PV installation outside of China, consisting of nearly 73,000 PV modules, 13 floating transformers and 192 inverter boats.

Dr. Benedikt Ortmann, Global Director of Solar Projects at BayWa r.e., stated “In the past one and a half year we have delivered over 25MWp of floating solar, making us Europe’s leading floating solar developer. Thanks to the wealth of experience we are now constructing this solar farm at an incredible rate, not seen before.”

“In only two weeks we have built 8MW of the project, peaking at constructing 1MW a day. That’s quite a significant increase in speed of delivery, enabling more green energy to be produced quicker.”

The project is not only breaking boundaries in its delivery time, it is also being constructed to new best practice standards, with the entire construction of the Bomhofsplas solar farm almost completely carbon free. The project is highly self-sufficient with electric vehicles, tools and boats charged through the first part of the solar farm and an onsite 600kW battery.

In addition to utilising underused space and creating opportunity for owners of artificial lakes, floating solar has some benefits over ground mounted solar. These include easier installation, higher potential yields thanks to the water-cooling effect and lower O&M costs.

Benedikt added: “Our ability to deliver floating solar farms in such a short space of time is an exciting new opportunity for Europe and its bid to be carbon free by 2050. However, when it comes to floating solar you have to use the right long-lasting technology.”

“Thanks to our expertise and innovation we have developed a bespoke floating solar system that is creating renewable energy opportunities for under used lakes such as disused quarries, mineral extraction pits and reservoirs.”

In partnership with Zimmermann PV-Stahlbau GmbH, BayWa r.e. has designed its own specialist and highly engineered floating system. The patented ‘Zim Float’ system is capable of withstanding high wind, waves and snow and creates a safe structure for ongoing operations and maintenance.

When complete, this will be the fourth floating solar farm BayWa r.e. has built in one and a half year. The company has already constructed and realised the nearby 14.5MWp Sekdoorn project, the 8.4MWp Tynaarlo project as well as the 2.1MWp Weperpolder installation.

Pre-Bid Query Format Released For 14 MW/ 42 MW Solar+Storage Project In India

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The Solar Energy Corporation of India (SECI) had issued a Request for Selection (RfS) on the 31st of January for setting up of 14 MW solar power plants with 42 MWh Battery Energy Storage Systems in Ladakh. Under the Prime Minister Development Package (PMDP), The projects will be developed at Leh and Kargil as 7 MW/ 21 MWh projects each.

Pre-Bid meeting was held on 17.02.2020 in this regard  to address the concerns raised by the prospective bidders. It resulted in launching the Pre-Bid query format which is to be used by respective bidders for sending their queries.The format is available at the official website of SECI.

This project has been planned on the “Build Own Operate” basis and in line with the terms and conditions of this RfS the projects which are selected shall be given “Viability Gap Funding” (VGF). It is highlighted that the Bidder selected based on this RfS shall have to sign a VGF Securitisation Agreement (VGFSA) with SECI.The maximum  VGF to be quoted by a bidder has been kept at Rs 13 crore for 1 MW solar PV power project with a battery storage of 3 MWh and the project will be awarded to the Bidder who has quoted the lowest VGF and The highest levelised tariff payable to the Project Developer is fixed at Rs 2/kWh for 25 years. 

The last date for bid submission is March 16, 2019, and the techno-commercial bids will be opened on the same date. All bidders must submit an Earnest Money Deposit of Rs 1.96 crore along with their bids. 

JinkoSolar Tiger Module Hit 1GW Order

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JinkoSolar’s Tiger 465 Wp TR process, which began volume production in the first quarter of 2020, and will match yields similar to the original Cheetah process, is widening the technology lead over its rivals. According to JinkoSolar, the volume production of the TR and TR+ process is one of the fastest on record and the process is one of the best the industry’s commercially available and economic sensible technologies up to 20.71%.

To date, Tiger module has been sold over 1GW in the past three months. Looking ahead, JinkoSolar sees strong demand and expects the next few quarters to outperform their typical seasonal patterns. To support this rising demand, JinkoSolar is ramping up its advanced Tiger process technologies.

From a full-year perspective, JinkoSolar is expected to enjoy solid revenue growth in key products such as Swan TB bifacial, high performance Tiger and Tiger Plus using N-Type process specially designed for home and business market. Tiger series capacity aims to reach 10 GW in the fourth quarter 2020 and will account for about one third full year sales.

InventHelp Inventor Develops Solar Cell Phone Charger

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“I am tired of being out and about when I can not charge my cell phone or other electronic devices,” said an inventor from Vancouver, Washington. “This inspired me to develop a cell phone charger that would employ solar energy.”

She developed the SOLAR CHARGE as an efficient and easy to use device that would not require electrical power or the use of a cord. This invention could help to extend the operating cycle of a cell phone. It would feature a compact size that would allow it to be easily carried. Additionally, it could be compatable with most common makes and models of cell phones. 

The original design was submitted to the Portland sales office of InventHelp. It is currently available for licensing or sale to manufacturers or marketers. 

Canadian Solar Begins Construction On 26.6 MWP Of Solar Power Plants In Japan

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Canadian Solar Inc., one of the world’s largest solar power companies, today announced it has commenced construction on two solar photovoltaic (PV) power projects in Japan.

The first is a 13.6 MWp project in the Ibaraki Prefecture. The project will be powered by 33,098 pieces of Canadian Solar’s high-efficiency MaxPower modules. Once in operation, the plant is expected to generate approximately 15,901 MWh of clean, reliable solar electricity each year, which will be purchased by Tokyo Electric Power Co., Inc. under a 20-year feed-in-tariff contract at the rate of ¥32.0 ($0.29) per kWh. The Company expects the project to reach commercial operation by mid-2021.

The second project is a 13.0 MWp project in the Fukuoka Prefecture. The plant is expected to generate approximately 15,250 MWh of solar energy each year, which will be purchased by Kyushu Electric Power Co., Inc. under a 20-year feed-in-tariff contract at the rate of ¥36.0 ($0.33) per kWh. The project is also expected to reach commercial operation by mid-2021.

Dr. Shawn Qu, Canadian Solar’s Chairman and Chief Executive Officer commented, “Canadian Solar continues to develop and construct high quality projects in Japan with remarkably attractive feed-in-tariffs. We entered the Japanese market in 2009, and since 2014, we have established ourselves as one of the leading foreign developers in the market, having cumulatively developed and connected over 290 MWp in utility-scale power plants. While new subsidized programs are set to expire by 2021, we have a robust pipeline of high feed-in-tariff projects and continue to see opportunities given the Japanese government’s continued efforts to increase the penetration of renewable energy.”

Solis Stock Reaches 10% Daily Limit Once Again, Up Industry Best 69% in 2020

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Today at market’s open, Solis Stock (300763.SZ) opened at 67.63 yuan, a significant increase from the previous day’s close of 63.81 yuan and continued its climb. A few minutes later, the daily limit of 10% was realized and there were no sell orders at the price of 70.19 yuan per share.

Ningbo Ginlong Technologies Co., Ltd. (300763.SZ) (Source: Yahoo Finance)

According to the SZSE, a total of 18300 transactions totaling 128 million yuan were exchanged today. This is the second time a daily limit had been reached for the company since February 12 of this year. Last year, the company had triggered the daily limit twice on March 22 and 26 respectively.

Since the Spring Festival, Solis’ stock price has increased from 45.23 yuan to today’s closing price of 70.19 yuan, a 55% increase in just 12 trading days. Year to date, the stock has increased 69%, earning the top spot within the new energy A-share market.

In October of 2019, Solis’ financial statements revealed Q3 of 2019 to be the company’s best quarter in 14 years of operation, with revenue from this quarter alone exceeding annual revenues from 2014 to 2016 combined. Solis has announced that the annual report for 2019 will be released on March 31. According to the company’s performance forecast, net profit is anticipated to increase by 14.46% to 135 million yuan.

During the reporting period, Solis focused on growing market share and profits through developing new domestic and international clients while maintaining its existing business, comprehensively strengthening marketing and aftersales service channels, increasing research and development investments, and improving brand influence.

Solis also estimates that net profit in 2019 will be negatively impacted by nonrecurring gains and losses of 4.0848 million yuan, mainly due to government of subsidies and forward gains and losses on foreign exchange settlements.

Don’t Let Your Inverter Become An Orphan,It Needs To Be Looked After Well

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Sofarsolar technical Engineers often encounter such problems. Many users installed photovoltaic power stations, and they can take good care of solar panels like a baby.Unfortunately, inverters become an orphan were ignored when inverters sounds and lights alarm attract their attention but they keep a “set and forget” sort of deal.

Don’t let your inverter become an orphan. Sofarsolar technical Engineers advise that here are four best things you can do to look after your solar inverter.

First,Look out for warning lights

Each Sofarsolar inverter has three alarm lights represent that GFCI warning, inverter states light, and alarm. Sofarsolar’s inverters now can sort out minor problems and glitches themselves, but more serious problems, or minor problems that often lead to more serious hassle, will elicit a cry for help. As soon as you see any lights, read your manual to see if you can fix it or whether you have to call a Sofarsolar techie in.

Second, Listen out for noises

In order to attract many users’ attention, Sofarsolar has added sound alarm function on each inverter.If you’re hearing any sound alarm, any funny noises (especially if there’s a warning light too),then you need to take further steps – either work through the manual or call someone in. Sometimes, your inverter will work away quietly 99.99% of the time.

Third,Watch inverter performance

Watching your inverter’s performance is the best way to make sure it’s healthy. Sofarsolar inverter’s has 4’LCD that displays the updates of energy, power, input information, warning information etc so that you can see how much energy your system is producing. Knowing what to expect on a daily, weekly, monthly and seasonal basis means you’re able to see shortfalls rapidly and take action.

Fourth,Check the data

Sofarsolar technical Engineers advised that you should also compare your output with the data supplied to you by your installer or manufacturer. If you’re finding you’re always much lower than your estimated energy production then there may be a physical reason, like shady trees or an obstructive building.

It’s not always about looking for problems with the inverter itself, there are often
external reasons for less-than-optimal outputs and these can sometimes be
eliminated or improved upon.

As a user don’t let your inverter become an orphan,it needs to be looked after well,when you do four best things to look after your inverter, I think photovoltaic power station will bring you an endless surprise.