Over the last decade solar energy technology has significantly improved. PV panels, as the most important parts of the entire installation, have made a huge leap in size, power and efficiency. The improvement of the last-mentioned characteristic was made by implementing the new technologies for PV systems. Switching from poly- to monocrystalline, from p- to n-type technologies, and introducing perovskite technology facilitated a huge increase in PV cells. You can see the efficiency improvement in different types of PV modules below:
JA Solar, a Tier One company, predicts the market demand and introduces the right products for their clients. In 2020 they’ve launched new technology – DeepBlue 3.0. – the combination of M10 wafer (182mm size), PERCIUM+ technology, multi-busbar (MBB) and half-cell technology, etc.
All these implemented technologies made the efficiency of the panel surpass 21%. The product was recognized and became super popular withcustomers and by the end of 2021, the production capacity of JA Solar module 182 DeepBlue 3.0 will take over 50% of the company’s total capacity.
After the successful launch of DeepBlue 3.0 technology, JA solar released the updated version – DeepBlue 3.0 Pro. The efficiency of the PV panel increased to 21.7% and the power jumped to 605W. Also, GFI Technology was used – leading to excellent aesthetic appearance.
Even though perovskite technology is the most efficient among PV panels, nowadays the most common solution used in solar panels is monocrystalline. And the most popular solution among monocrystalline cells which will dominate the market by 2023 is N-Type technology. So now, after DeepBlue 3.0 was born, JA Solar used n-type technology for the birth of a new product – DeepBlue 4.0
The efficiency increase to 22.4% was possible by implementing advanced n-type cell and Gapless Flexible Interconnection (GFI) technologies. The power of modules jumped to 635W. Through GFI technology, module power can be increased by more than 5 watts and module efficiency increased by at least 0.2%. The degradation factor improved as well – 1st year degradation < 1%, annual degradation over 30 years < 0.4%. Lower temperature coefficient: -0.30%/°C temperature dependence of Pmax (ΔPmax/ ΔT). The power loss is only around 2%, which is far below the IEC standards Higher Bifacial Benefits to 80%.
Below you can find the core products in which all the above mentioned technologies were used.
Solarity is a distributor and solutions provider of photovoltaic (PV) systems. The company offers a complete assortment of both on-grid and off-grid solutions, including modules, inverters, mounting systems and accessories, to PV professionals in Europe, the Middle East and Northern Africa.
Our international team has more than 10 years of PV experience and is based in Prague, Budapest, Kyiv, Amman, Warsaw and Casablanca.
Our business partners are installers, EPC contractors, resellers, wholesalers, distributors and manufacturers in almost all PV markets. We stand for flexibility, individual approach, trustworthiness and build on mutual trust and long-term cooperation. We bring the latest smart technologies to the market through close collaboration with some of the world’s leading manufacturers. We believe that everyone can live sustainably, so we promote this approach through our Corporate Social Responsibility initiatives.
Solarity has already served hundreds of B2B customers from more than 30 countries. We have delivered more than 1 GW of PV material worldwide.
Author: Konstantyn Lytvak, Technical Support
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