Trina Solar Wins First 100MW+ Contract in India for its New Vertex Bifacial Modules
- Trina Solar Carbon Monoxide Ltd, a leading service provider of incorporated photovoltaic (PV) components as well as clever power remedies, has actually won an agreement from Noida-headquartered SunSource Energy to provide 105 MW of its brand-new Vertex components.
![Trina Solar Wins First 100MW+ Contract in India for its New Vertex Bifacial Modules Trina Solar Wins First 100MW+ Contract in India for its New Vertex Bifacial Modules](/images/sections/10/20200430/s0_2533.webp)
This is the very first 100 MW plus agreement in India for the firm's Vertex bifacial components, as well as it is most likely to begin the module delivery throughout the 4th quarter of 2020.
SunSource Energy is a leading carrier of solar-based power as well as storage space options in India, South East Asia as well as arising markets. These bifacial components will certainly be made use of by SunSource for its projects throughout several states in India.
Discussing the order win, Helena Li, President of Trina Solar Asia Pacific, claimed that "this is the initial 100MW plus agreement in India for Trina Solar's brand-new Vertex components."
Li additionally included that "the reality that such a large order for Vertex components has actually originated from India claims a whole lot concerning the need for renewable resource in this market."
" In the India market, there has actually been a great deal of passion and also need for the Vertex bifacial components. Moving forward, we visualize constant solid need for high power solar components and also the factor for this is the Indian market is extremely affordable, and also aware of the item lcoe, efficiency as well as bos," she claimed.
On the advantages of the brand-new Vertex components, Helena Li commented "every person wishes to accomplish a better-levelized expense of power (LCOE). The Vertex components are higher power components, which implies you do not require to have as lots of components to accomplish the preferred overall power outcome for the project."
" This, consequently, decreases the equilibrium of system (BOS) price. Less components correspond to less installing systems, much less cabling, less junction boxes, less man-hours needed for setup and also much less land needed for the project," she even more stated.
Vertex is a brand-new item, however it is based upon tested innovation, which is monocrystalline PERC cell, multi busbars, three-cut cell as well as dual-glass system modern technology, commented Li.
Discussing the bargain, Adarsh Das, CEO and also Co-Founder, SunSource Energy, claimed "at SunSource, we have actually constantly concentrated on promoting excellent quality and also efficiency criteria. Our historical collaboration with Trina Solar has actually assisted us to consistently supply extremely dependable power services developed around solar power. By incorporating Trina's solar innovation management with our applications design, we wish to make a substantial payment in the direction of boosting renewables capability in India as well as in other places."
"We was just one of the very first in India to provide solar + storage space and also floating solar projects. Bifacial innovation includes glass-on-glass longevity to the very verified mono-PERC with Trina's range advantages and also enables us to make use of mirrored radiation. Our team believe this has the possible to be a game-changer, and also we plan to utilize these components for our projects throughout the nation," stated Kushagra Nandan, President and also Co-Founder, SunSource Energy.
The Chinese module maker declared that it's brand-new Vertex collection of components have a conversion effectiveness price of approximately 21 percent as well as can provide over 500W of power from the front surface area, substantially even more power than previous components.
These components are offered in 2 variations i.e. mono-facial back sheet components and also bifacial double-glass components which can additionally produce extra power from the behind of the module.