Recently, leading energy storage companies—including Gotion High-Tech, EVE Energy, Sieyuan Cleantech, Hoymiles, Tianneng Energy Storage, and RCT Power—have successively disclosed details regarding their latest energy storage orders and delivery progress.
Gotion High-Tech Delivers 1.8 GWh Energy Storage Project to Egypt
On September 28, the first shipment was dispatched for Gotion High-Tech's 1.8 GWh Nefertiti and Horus standalone energy storage project in Egypt. The initial batch, transported by 50 heavy-duty trucks loaded with Gotion’s self-developed Qianyuan Smart Storage 5 MWh systems, was dispatched simultaneously from its Jinzhai Smart Manufacturing Base and Nantong Base, officially entering the project delivery phase.
Developed by UAE-based energy developer AMEA Power and constructed by China Energy Engineering Corporation (CEEC), the project has a total scale of 1.8 GWh. Upon completion, it will become the largest standalone energy storage project in Africa by individual capacity, enhancing the integration and peak-shaving capabilities of local solar photovoltaic (PV) power plants while reinforcing flexible peak regulation and grid support for the Zafarana Wind Farm.
EVE Energy Connects 400 MWh Standalone Energy Storage Station to the Grid
On September 29, the Huizhou Risheng 200 MW / 400 MWh standalone shared energy storage power station was officially connected to the grid. Located in Boluo County, Huizhou, Guangdong Province, the project is equipped with over 450,000 self-developed energy storage battery cells from EVE Energy.
As EVE Energy’s first grid-side standalone shared energy storage power station to be connected to the grid, the facility will provide peak-shaving and frequency-regulation support for the Guangdong Power Grid and smooth out output fluctuations from renewable energy sources.
Sieyuan Cleantech Delivers 30 MWh Energy Storage Order to Finland
Recently, a 10 MW / 30 MWh cluster-controlled integrated AC/DC energy storage system developed by Sieyuan Cleantech completed full assembly and factory testing, officially shipping out to Finland. This marks Sieyuan Cleantech's first energy storage project deployed in Finland.
Independently developed and manufactured by Sieyuan Cleantech, the energy storage system will primarily be used for local grid peak regulation and frequency control once operational, while boosting the regional grid's capacity to absorb renewable energy.
Hoymiles Deploys Commercial & Industrial Energy Storage Project in Malaysia
Recently, Hoymiles partnered with local partner Plus Xnergy to deploy its HoyUltra 261A commercial and industrial (C&I) all-in-one energy storage system for Richwise Sdn. Bhd., a Malaysian gypsum product manufacturer. Integrated into the enterprise's existing photovoltaic system, the energy storage solution will be used to regulate electricity consumption across the plant.
Featuring a liquid-cooling design, the HoyUltra 261A is engineered to adapt to Malaysia's high-temperature and high-humidity environment, supporting continuous operation at rated power in ambient temperatures of up to 50°C.
Tianneng Energy Storage Delivers 400 MWh Project in Shanxi
Recently, Tianneng Energy Storage delivered the first batch of 20-foot 5 MWh battery cabins to a 200 MW / 400 MWh new standalone shared energy storage power station project in Shanxi.
Recognized as a key engineering project in Shanxi Province's new energy storage sector, the facility will provide services such as peak shaving and frequency regulation to the Shanxi Power Grid upon completion and operation, contributing to enhanced regional renewable energy integration.
RCT Power Launches 261 kWh Energy Storage Project in Vietnam
Recently, RCT Power, in collaboration with C&D Emerging Energy, deployed an integrated energy storage and EV charging project in Ho Chi Minh City, Vietnam. This marks the entry of RCT Power's energy storage products into the Vietnamese market for the first time.
The project features an energy storage capacity of 261 kWh utilizing the RCTerra Class 2.0 commercial and industrial energy storage system, complemented by 120 kW and 60 kW dual-connector DC fast chargers. It is designed primarily to serve the charging needs of local VinFast electric vehicles.
Source：EnergyTrend