Jinko ESS has announced a strategic collaboration with ComAp to jointly deliver advanced battery energy storage solutions for commercial, industrial, grid, and microgrid applications worldwide.
Jinko ESS will work together with ComAp to provide battery storage technology for the integration of energy storage systems to provide energy management/control technologies to help improve the reliability/stability of the electricity grid, as well as the quality of electricity supplied to consumers, in all types of energy supplying systems (i.e., on-grid only; off-grid only; and hybrid systems).
Technology Integration and Validation
Jinko ESS has entered into a collaboration with ComAp to develop a combined commercial and industrial energy storage system which integrates their respective products — the Jinko ESS SunGiga All-in-One G2 energy storage system and the ComAp InteliNeo Energy Management Platform. The integrated solution has been tested for technical validation / compatibility in both Europe and China.
The testing confirmed full support for grid-forming and Virtual Synchronous Generator (VSG) functionalities, enabling battery systems to behave like conventional power generators. This capability is particularly critical for weak grids, islanded systems, and microgrids where frequency and voltage stability are essential.
Applications Across Energy Use Cases
The jointly developed solution targets a wide range of applications, including:
- Commercial and industrial energy storage
- Peak shaving and demand response
- Backup power and energy resilience
- Hybrid solar-plus-storage systems
- Microgrids and weak-grid environments
By combining energy storage hardware with advanced control intelligence, the partnership aims to help customers optimise energy use, reduce operational costs, and improve system reliability.
The collaboration reflects the growing importance of intelligent energy storage as power systems integrate higher shares of renewable energy. With battery systems increasingly expected to provide grid support services traditionally delivered by thermal power plants, the integration of grid-forming controls is emerging as a key requirement.
According to both companies, the partnership will accelerate deployment of flexible, scalable, and reliable battery energy storage solutions that support the global transition toward cleaner and more resilient power systems.
The collaboration aligns with rising global demand for advanced battery storage solutions capable of supporting grid stability, renewable integration, and decentralised energy systems.
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