The photovoltaic (PV) module market has recently secured a succession of orders, further accelerating the deployment of N-type TOPCon technology in both domestic and overseas markets. Notably, JinkoSolar has cumulatively signed 690MW of PV module supply agreements in the African market (specifically in Nigeria and Morocco). Meanwhile, Shanghai Electric Hency Solar Technology Co., Ltd. has also successfully won the bid for the 144MW N-type TOPCon module procurement project for Huadian in Shuozhou, Shanxi Province.
JinkoSolar Signs 690MW PV Module Orders in Africa
Recently, JinkoSolar has consecutively signed several PV module supply agreements in the African market, covering both distributed generation and ground-mounted power plant projects across Nigeria and Morocco.
In Nigeria, JinkoSolar signed a 500MW distributed generation framework agreement with local enterprise Fouani Group. According to the terms of the agreement, JinkoSolar will supply PV modules to Fouani Group exclusively for distributed generation projects within Nigeria. These modules will primarily be applied across local commercial, industrial, and residential rooftop scenarios.
Just a day prior, JinkoSolar announced the signing of a 100MW Tiger Neo 3.0 module order with a local distributor in Nigeria.
Concurrently, the company also recently signed an official 90MW Tiger Neo 3.0 module supply agreement with a Moroccan client for a ground-mounted power plant.
This series of orders clearly indicates that its N-type TOPCon technology has entered a phase of large-scale deployment in the African market.
Hency Solar Wins Bid for 144MW Huadian Shuozhou PV Project
On May 7th, the bidding results for the supporting PV module procurement project of the Green Power Park in the Huadian Shuozhou Economic and Technological Development Zone, Shanxi Province, were officially announced. Shanghai Electric Hency Solar Technology Co., Ltd. emerged as the successful bidder and will provide 144MWp of N-type TOPCon 720Wp monocrystalline silicon bifacial double-glass PV modules for the project.
The project will utilize Hency Solar's Pioneer 2.0 series "SETS210X-132D-720CS" PV modules. This product adopts SMBB (Super Multi-Busbar) half-cut technology, featuring an excellent temperature coefficient, high reliability, and low LID (Light Induced Degradation). It is capable of adapting to complex and harsh environments—such as high-temperature exposure and intense irradiation—maintaining low degradation and strong power generation stability throughout its long-term operation.
Source：EnergyTrend
