According to EnergyTrend, Sungrow, LONGi Green Energy, Trina Solar, CATL and Sany Silicon Energy have recently secured new energy storage orders and launched new projects spanning Europe, Africa, Southeast Asia and multiple regions across China.
Sungrow Secures Two Energy Storage Project Orders
On September 15, foreign media reported that Sungrow has entered a strategic cooperation with ERS Energy of Malaysia to deploy energy storage projects in Malaysia and the Philippines, with a combined capacity of 1 GWh.
Among them, the MyBeST project in Bahau, Malaysia, has a capacity of 441 MWh, with ERS Energy acting as the EPC contractor. This project forms part of a large scale national battery energy storage initiative led by the Energy Commission of Malaysia.
The second signed energy storage project is located in the Philippines. Sungrow and ERS Energy will jointly develop a 4 hour duration battery energy storage project for ACEN, with a capacity of 556 MWh. ERS Energy will serve as the EPC contractor for this project.
LONGi Signs 50 MWh Energy Storage Order in Romania
On September 16, LONGi Green Energy announced a recent partnership with Enexus, a Romanian renewable energy developer and EPC firm. LONGi will supply liquid cooled Battery Energy Storage Systems (BESS) for the project.
The energy storage project is situated in Titu, Dâmbovița County, Romania, with a total capacity of 50 MWh.
This is not the first collaboration between the two parties. Since 2025, Enexus affiliated projects have deployed more than 200 MW of LONGi PV modules. This marks Enexus’ first adoption of LONGi’s BESS energy storage solution, extending their partnership from high efficiency PV module supply to large scale power station technical cooperation covering both PV and energy storage.
Trina Solar’s Intercity Hub Energy Storage Project Comes Online in Anhui
On September 16, Trina Solar announced that the industrial and commercial energy storage project at the Intercity Railway Control Center in Chuzhou, Anhui, has recently been put into operation.
Boasting a capacity of 1 MW/2.088 MWh, the project is fully equipped with Trina Storage BlueOcean 2 series industrial and commercial energy storage systems. Its specialized liquid cooled energy storage solution caters to the unique power consumption scenarios of rail transit public buildings.
CATL Supports Commissioning of African Solar plus Storage Project
On September 16, CATL announced the official commissioning of South Africa’s Hydra solar plus storage project, for which CATL is the exclusive supplier. Representing Africa’s largest hybrid renewable energy project, CATL delivers a turnkey solution including 158 sets of EnerC+ energy storage containers, integrated PCS equipment and a whole station energy management system.
Located in the Northern Cape Province of South Africa, the Hydra project is co developed by TotalEnergies, Hydra Energy Storage Holdings and Red Rocket Renewables. It features a 216 MW photovoltaic power station paired with a 588 MWh battery energy storage system.
Separately, on September 15, CATL disclosed its recent winning bid for the Qiuruan Ruite 100 MW/400 MWh energy storage power station project. Of the total capacity, 90 MW/360 MWh will adopt lithium iron phosphate systems and 10 MW/40 MWh will use sodium ion energy storage systems.
The overall project capacity stands at 100 MW/400 MWh. A 10 MW/40 MWh segment will be fitted with CATL sodium ion energy storage systems to operate in tandem with lithium iron phosphate energy storage facilities.
Sany Silicon Energy Breaks Ground on Zambia Energy Storage Project
On September 16, Sany Silicon Energy held a groundbreaking ceremony for the Ruida Mine PV energy storage microgrid project in Zambia. This is Sany Silicon Energy’s first overseas implemented project in the “PV + energy storage + diesel generation” microgrid segment.
The project adopts a multi energy complementary microgrid architecture. Its PV DC side installed capacity reaches 13 MWp, equipped with 22 620 pieces of 575 Wp monocrystalline silicon modules, 38 units of 320 kW inverters and 6 box type transformers. The energy storage segment consists of 13 energy storage systems totalling 39 MWh.
Source：EnergyTrend
