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  • CORIGY SOLAR provided solar racking for 1.2MW PV project
    Sep 14, 2019

    CORIGY SOLAR's products are once again favored by our customers. Recently, CORIGY SOLAR had successfully completed the delivery of 1.2MW ground mounting project in Japan. The project adopted W type of CP-KC, the best-selling product of CORIGY SOLAR, the all aluminum alloy 6005-T5 material and stainless steel 304 bolt, and the foundation adopted ground screw. This product was developed for customers by CORIGY SOLAR's professional and experienced engineer team CORIGY SOLAR's products and customers are all over the world, and are highly praised and favored by customers. It proves once again that choosing CORIGY SOLAR will grow your solar power business. CORIGY SOLAR more professional and flexible solar mounting solutions waiting for you here! CONTACT US! Above news from CORIGY SOLAR Sales & Marketing department Phone: +0086-592-6883200 E-mail: sales@corigy.com 

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  • Namibian utility unveils 40 MW solar capacity plan
    Aug 02, 2019

    Namibia’s state-owned electric utility NamPower has unveiled a plan to add 220 MW of power generation capacity from renewables it says will help it become the leading electricity provider in the Southern African Development Community of 16 countries in central-southern Africa. According to its Corporate Strategy and Business Plan 2019-2023, NamPower wants to add 150 MW of new generation capacity to its portfolio through 20 MW of solar, 40 MW each of biomass and wind and 50 MW of guaranteed ‘firm’ electricity output. The utility said it will also acquire a further 70 MW of generation capacity – 20 MW from solar and 50 MW wind. NamPower announced its 20 MW Omburu PV Power Project will be built near Omaruru in the Erongo region in the northwest of the country. The NAD500 million ($34.5 million) facility is set for completion next year. The second 20 MW solar project, which will be assigned to an independent power producer through a procurement exercise, will be built near Gobabis and Rehoboth town, in central Namibia, for around NAD400 million and is planned to come online in 2021. The utility said its renewables plan is aligned with the National Integrated Resource Plan which envisages the development of electricity generation and transmission by increasing local capacity to 755 MW, and aims to provide access to electricity for half the population by 2022. Reducing reliance on power imports “For many years, Namibia’s electricity sector has been dependent on electricity imports from the SADC region but rapid technology development in solar PV, wind, biomass and storage will enable NamPower to diversify the local generation mix, reduce dependency on electricity imports and ultimately deliver a sustainable, least-cost supply mix to the economy of Namibia,” the company stated. At the end of July, NamPower had an installed generation capacity of around 521 MW, with another 274 MW under development. Most of its operational capacity comes from hydropower, with 347 MW, and solar projects with an installed capacity of 117 MW. NamPower has signed power purchase agreements with independent power producers through tenders and the national Renewable Energy Feed In Tariff program. Namibia’s largest solar plant is a 45.5 MW facility built by Spanish company Alten Energías Renovables. The project was developed by a joint venture between Alten, NamPower and Namibian solar companies Mangrove, Talyeni and First Place Investment. The nation’s other operational solar parks each have less than 5 MW capacity and are spread across Namibia. Half of the nation’s electricity demand is met by imports from neighboring countries including financially troubled South African utility Eskom.

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  • Australia’s green bank to sharpen focus on storage following record investment in renewables
    Jul 30, 2019

    From pv magazine Australia. Australian green bank the Clean Energy Finance Corporation (CEFC) is looking to increase focus on grid stability and large scale storage on the back of record investment commitments in the last 12 months. The federal government lender’s key priorities for 2019-20 and beyond will aim to take advantage of Australia’s robust renewable energy resources and support the transition to a distributed energy model. The CEFC invested almost $1.5 billion (US$1.03 billion) across 30 projects with a total value of $6.3 billion in the last fiscal year. Of that, $1.3 billion was invested in clean energy, an unprecedented amount since the bank began operations in 2012. In addition, a record $320 million of CEFC finance was repaid during the year for reinvestment in new projects. New commitments in 2018-19 included $940 million for renewable energy and $524 million across a range of energy efficiency and low emission projects. Each dollar of the taxpayer-funded body’s finance committed in the last year was matched by more than $3 from the private sector. “Following strong progress in the development of the large scale solar and wind sectors, our investments will also increasingly target new technologies where there is less appetite from mainstream investors – including pumped storage and large scale batteries, behind-the-meter generation and grid solutions,” said CEFC chief executive Ian Learmonth in a statement. Another 2018-19 record came from investments for smaller scale projects in co-finance partnerships, with $400 million allocated for 5,800 projects with values from $10,000 to $5 million. Through the Clean Energy Innovation Fund the CEFC also strengthened its position as Australia’s largest investor in the early stage cleantech sector, with investment commitments of $69 million at the end of June. Overall commitments and new frontiers As expected, the scale of new investment commitments in 2018-19 was lower than the record $2.3 billion achieved in the previous year, with 39 direct clean energy investments across renewable energy ($1.1 billion), energy efficiency ($939 million), transport ($100 million) and waste-related projects ($127 million). “This reflects broader market conditions including the build out of the Renewable Energy Target,” Learmonth said. “Grid and transmission constraints also contributed to a lower rate of new investments in large scale renewables.” With Australia expected to have one of the most decentralized electricity systems in the world by 2050, the CEFC has a big task in backing new technologies and industries so they can benefit from the green bank’s finance as they gain commercial traction with private investors. “We see a critical need for coordinated investment in generation, storage and transmission infrastructure as part of a stable and reliable grid,” Learmonth said. “In particular, pumped hydro and other forms of dispatchable renewable energy are under consideration and, from our perspecti...

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  • CORIGY SOLAR provided tin roof mounting for 1.05MW PV project
    Jul 06, 2019

    The customers of the project asked us to connect the solar racking with the roof beam, not to fix it on the tin roof. According to this requirement, our engineer team recommended CPR-HL to customers. This product can be used in wooden beams and iron beams by replacing accessories. With our unique track connection design, it can be quickly connected and fixed at any position, greatly saving installation cost. Project capability: 1.05MW Production: CPR-HL Tin roof solar mounting system Delivery time: Within 15 days after receiving the advance payment Project location: China CORIGY SOLAR more professional and flexible solar mounting solutions waiting for you here! CONTACT US! Above news from CORIGY SOLAR Sales & Marketing department Phone: +0086-592-6883200 E-mail: sales@corigy.com

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  • Bifacial beats Trump’s tariffs
    Jun 13, 2019

    From pv magazine USA. Bifacial solar modules have been excluded from Section 201 tariffs as per a ruling by the office of the United States Trade Representative (USTR) meaning bifacial products will no longer pay a fee of 25% on top of the cost at the point of import into the U.S. The ruling, found in Product Exclusions: Particular Products from the Solar Products Safeguard Measure, states the following products will be excluded: (15) bifacial solar panels that absorb light and generate electricity on each side of the panel and that consist of only bifacial solar cells that absorb light and generate electricity on each side of the cells Other products applied for exclusion from the tariff but in the ruling, the USTR ignored the claims of products with 72 or more cells and those without busbars or gridlines and suggested it would be unlikely to revisit the issue. The ruling does excludes flexible fiberglass solar panels with an output of 250-900 W from the Section 201 tariffs, as well as those with a spacing greater than 10mm between cells filled by optical film. The effect of the change will be blunted for large projects with long construction timetables but there is probably a developer on the phone right now who sees a chance to change products that are getting put on a boat somewhere, because the savings could be substantial. A module that cost $0.25-0.35 per watt under the import tariff will now save $0.06-0.09/W in the U.S. by switching to bifacial. For developers seeing all-in pricing of around $1 per watt-DC, a system price decrease on that level is significant. Large scale developers have a delivery window that can be years long – for instance the Palen Solar Project, in its filings with the Bureau of Land Management, suggested solar modules would take 22 months to arrive at the site via more than 8,000 truck deliveries (see table above). Those modules, if delivery had begun this month, would first save 25% up to early February, then 20% and 15% as the tariff declined annually. As those groups are already going all-in on single axis trackers specifically designed for bifacial modules, it could be utility scale product shifts will be limited as the market has already shifted to greater adoption of bifacial technology. Given bifacial modules can often be found at a similar price point as standard panels, one might think developers would purchase whichever product is cheaper, even when siting restrictions mean not all the benefits offered by bifacial technology are available. As a result, we should expect to see some cannibalization of the market for standard modules. However, that can only go so far. Manufacturing lines for certain product types can only change so fast. Also, glass on glass bifacial modules don’t fit in the standard module supply chain as easily, as their physical structure requires different installation hardware. There is a chance the legal change can be exploited on manufacturing lines if Dupont can deliver its clear bac...

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  • Africa Energy Forum: $0.09/kWh the norm for African solar
    Jun 12, 2019

    New solar in Africa can be established at a going rate of just nine U.S. cents per kilowatt-hour, according to investors at yesterday’s opening day of the Africa Energy Forum. States should embark on a solar gold rush to secure global investment for independent power producer (IPP) led projects, said delegates at the event, which is being held in Lisbon this week. Although schemes such as the Scaling Solar program run by World Bank private-sector arm the International Finance Corporation can lead to even lower tariffs, African states unwilling to participate in the initiative can still secure nine-cent solar using the IPP model, said delegates. Burkina Faso energy minister Bachir Ismael Ouedraogo, raised the $0.09/kWh figure and told the forum his country’s fossil fuel electricity generation is expensive, at $0.20-0.25/kWh. Faster pace required Despite the falling cost of PV technology and rising interest from potential investors, the pace of solar development in Africa is slow, argued Andrew Herscowitz, coordinator of Power Africa, a U.S. initiative established by former president Barack Obama to widen access to electricity in the continent. Often, added Herscowitz, African energy ministers encourage renewables projects only to realize fellow ministers have no idea about them or actively oppose their development. He added, the diversity of cultures seen across the 54-nation continent also makes it vital to consider how locals conduct business. Investors will not wait forever and will move on to other promising markets, such as India, unless African states work with them to bring projects to financial close in a timely manner, warned Herscowitz. The Power Africa representative did not appear hopeful mini and microgrids would offer an alternative to IPP projects, mainly because such schemes are not yet commercially viable. Instead, Herscowitz argued, utility scale solar projects offer the way forward for African power development. Governmental focus would be required, added Herscowitz, to designate development sites and bring in supportive policy to enable gigawatt-scale solar generation capacity pipelines to take shape in many African states over the next decade.

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Product Categories
Balcony Mounting System

Install solar panel on balcony fence by Corigy balcony hooks

RV Mounting System

Portable easy install solar panel mounting bracket for RV or yacht

Solar Mounting Accessories

Solar mounting accessories such as end/mid clamp, cable clip, grounding items, etc.

Flat Roof Mounting System

Flat roof solar panel mounting system, such as ballast mount, east-west ballast mount, etc.

Tile Roof Mounting System

Install solar panels on tile roof by hooks and L foot etc.

Metal Roof Mounting System

Install solar panel on the metal roof by standing seam, klip-lok, L foot or other clamps.

Ground Mounting System

Mainly made by galvanized steel, anodized aluminum and ZAM materials

Carport Mounting System

Carbon Steel Solar Carport Mounting Structure

Grounding Screw

Grounding screw for ground mounting structure

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