Energy storage solution

Yiteng Technology is dedicated to providing end-to-end energy storage solutions for energy demands in all scenarios. Build a complete closed loop from energy generation, management to storage and application. It is applicable to a wide range of fields from households, industry and commerce to public utilities.

Urban balcony scene

Rooftop photovoltaic scene

Integrated industrial and commercial photovoltaic storage scenarios

Integrated photovoltaic and energy storage scenarios in mining areas

Photovoltaic scenes in island resort hotels

Microgrid scenarios in areas far from the Internet

Urban balconies integrate photovoltaic power generation, energy storage systems and charging terminals to provide green energy for apartment residents, forming a small distributed green energy microgrid.

Make use of idle land in mining areas, factory rooftops and other resources to build photovoltaic power stations as the main force of clean energy. It is equipped with a high-power energy storage system to address core pain points such as "high electricity costs, unstable power supply at the end of the power grid, and huge carbon emission pressure".

通过利用屋顶，光伏发电、储能系统和充电终端相结合，为单户住宅提供绿色能源，形成一个小型分布式绿色能源微电网。

为离网地区如岛屿酒店提供独立电源，减少对柴油发电机的依赖，最小化自然灾害造成的电力影响，实现零排放和安静的能源使用体验。

Build off-grid microgrids by utilizing photovoltaic and energy storage to provide stable and reliable all-weather clean electricity for areas without power grids. Solve the power supply problem in areas without electricity or with weak power grids.

Tailor-made energy strategies for power-consuming entities such as factories, parks, shopping malls, and data centers. This solution builds an efficient and independent clean energy microgrid by deploying distributed photovoltaic systems on rooftops/carports, intelligent energy storage systems and cloud-based energy management platforms.

Data center photovoltaic storage scenarios

Build photovoltaic power stations beside or on the rooftops of data centers and equip them with energy storage systems to form a green, efficient and reliable energy supply model of "self-use of photovoltaic power generation + energy storage regulation + backup of municipal power supply".