Integrated multi-stage fire protection system with a sprinkler system and NOVEC 1230
Active liquid cooling system for precise temperature control and maximum cell lifespan
Grid-forming capability for grid-forming operating modes, even during a power outage
Ethernet/SFP communication interface with Modbus TCP for easy system integration
Rugged battery container with IP55 protection rating and C5-Medium corrosion protection class
Battery packs with LFP cells and a separate IP65 protection rating for maximum safety
Operates at altitudes of up to 4,700 meters above sea level for use in alpine and high-altitude locations
Compatibility with the Huawei FusionSolar platform for comprehensive digital system monitoring
5,015 kWh rated capacity for powering energy-intensive commercial and industrial facilities
2,507.5 kW rated power for rapid load response and reliable peak load coverage
Grid-forming ESS with grid-forming operational characteristics for maximum supply reliability
Active liquid cooling for even heat distribution and extended battery life
Multi-stage fire protection system featuring sprinkler technology and NOVEC 1230 for the highest safety standards
LFP Cell Chemistry for Thermal Stability, Safety, and Long Cycle Life
Modbus TCP over Ethernet/SFP for easy integration into energy management systems
Operates from -30 °C to +55 °C and at altitudes up to 4,700 m for worldwide use
When planning and commissioning the LUNA2000-5015-2S, installers benefit from a well-designed system architecture that significantly reduces the installation effort. Standardized communication via Modbus TCP and integration with the Huawei FusionSolar platform enable rapid integration into newly planned system topologies. Thanks to the system’s clear modularity, maintenance work can be performed in a targeted manner without interrupting overall operations.
With the LUNA2000-5015-2S, project developers and energy providers gain a scalable storage solution that equally addresses self-consumption optimization, peak load management, and grid stabilization. The system’s grid-forming capability enhances supply reliability even under unstable grid conditions. For those seeking to lower energy costs in the long term and reduce dependence on the public grid, the LUNA2000-5015-2S offers a compelling solution, both economically and technically.
The LUNA2000-5015-2S is designed as a Smart String ESS and integrates seamlessly into virtually any existing energy infrastructure. Whether for grid-connected operation, off-grid operation, or hybrid applications, the flexible system architecture allows for adaptation to individual project requirements without the need for additional components or costly retrofits.
The LUNA2000-5015-2S’s grid-forming capability makes it an active participant in the power grid. The system can actively stabilize frequency and voltage, thereby performing tasks that traditional storage solutions cannot. This capability is particularly valuable in regions with unstable grid structures or when integrating large renewable generation capacities.
The system is designed for Utility applications. Typical areas of application include optimizing self-consumption at solar parks and ground-mounted installations, peak load management, grid stabilization, and grid-connected and hybrid storage projects in the medium- to large-scale capacity range.
Grid forming refers to a storage system’s ability to independently generate and stabilize grid voltage and frequency. The LUNA2000-5015-2S can thus act as an active support component even in off-grid or grid-unstable situations, which clearly distinguishes it from purely grid-following systems.
The system uses LFP (lithium iron phosphate) cells. This cell chemistry is characterized by high thermal stability, a long cycle life, and a robust safety profile, and is considered particularly well-suited for continuous use in commercial and industrial environments.
Communication takes place via Ethernet or SFP using the Modbus TCP protocol. This widely used interface allows for easy integration into virtually all common energy management systems and significantly simplifies system integration for experienced installers.
Communication takes place via Ethernet or SFP using the Modbus TCP protocol. This widely used interface allows for easy integration into virtually all common energy management systems and significantly simplifies system integration for experienced installers.
The LUNA2000-5015-2S is designed for operation at temperatures ranging from -30 °C to +55 °C and functions at altitudes of up to 4,700 m above sea level. This makes it suitable for worldwide use under a wide variety of climatic conditions.
