JinkoSolar, a global leader in photovoltaic technology, successfully signed a supply agreement with a Jordanian distributor for 9.93MW of high-efficiency Tiger Neo 3.0 modules
Recently, JinkoSolar, a global leader in photovoltaic technology, successfully signed a supply agreement with a Jordanian distributor for 9.93MW of high-efficiency Tiger Neo 3.0 modules, thanks to its exceptional high efficiency, high performance and enhanced sand coverage and heat tolerance.
Located in a desert or semi-arid region, Jordan experiences extreme summer heat and high ultraviolet radiation. The supplied Tiger Neo 3 high-efficiency modules, based on JinkoSolar’s leading N-type TOPCon technology, achieve precise adaptation to Jordan’s desert environment through multiple core technological advantages.
Tiger Neo 3.0, offers high output of 650-670 Wp and 24.2%-24.8% efficiency at module level. Instead of using back-contact structure at the cost of sacrificing bifaciality, low-light performance, and causing severe multi-point current leakage, Neo 3.0 panels are acknowledged for several advantages:
* Among the highest efficiency: Rank among the most efficient solar panels available, with panel efficiency between 24.06 and 24.8%, outperforming most competitors, making them a top choice for rooftop installation.
* Increased bifaciality: With bifaciality reaching 85-90%, Tiger Neo 3.0 are the highest-output solar modules on the market, further securing its absolute dominance in utility sectors.
* Unparalleled low light performance: Ideal for C&I and homeowners looking to generate the maximum amount of electricity in prolonged times and days thanks to enhanced tolerance to irradiation.
* Enhanced sand and dirt coverage tolerance: Standard BC solar panels suffer from power loss when evenly covered by sand, bird dirt. Tiger Neo 3.0 panels, however, with 7–8% increased light transmittance, reduce vulnerability to sand, dirt shading on panel.
* Optimized temperature coefficient: Special cell design allows for better current flow, improved heat dissipation, and reduced hotspot formation.
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