EP Global
EPHS143/197
Hybrid Energy Storage Cabinet (Air Cooling)
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Explore the EPHS143/197
The EPHS143/197 delivers 50 kW power and up to 197 kWh of energy capacity in a compact, modular cabinet. Designed for residential and light commercial use, it combines renewable integration, grid support, and advanced monitoring for total energy autonomy. Its pre-installed structure simplifies installation, while intelligent control and robust LFP batteries guarantee efficiency, durability, and safety in all conditions.
Each EPHS unit can operate independently or in parallel with up to six clusters, providing flexible scalability as energy requirements evolve. This modularity makes it ideal for both residential microgrids and light commercial networks.
Modular and Expandable Architecture
Delivered fully pre-assembled, the EPHS143/197 reduces onsite installation time and cost. Its compact structure allows easy transportation and straightforward integration into existing facilities.
Pre-Installed, Ready-to-Deploy Design
Equipped with high-quality Lithium Iron Phosphate (LFP) cells, the system provides excellent thermal stability and long service life — exceeding 8,000 cycles at 95 % DOD — ensuring safe and dependable operation.
Reliable LFP Battery Technology
A multi-level Battery Management System continuously monitors voltage, temperature, and performance. Combined with local and remote intelligent monitoring, it provides real-time data access and secure system oversight.
Advanced Monitoring and BMS Protection
The integrated air-conditioning system maintains optimal temperature between –20 °C and 50 °C, protecting components under all climate conditions. Optional aerosol and perfluoro fire protection adds another layer of safety assurance.
Efficient Air-Cooled Thermal Management
Application
The EPHS143/197 is ideal for homeowners, small businesses, and community facilities seeking to reduce dependence on the grid and manage energy intelligently. It supports solar-plus-storage setups, peak-shaving, and backup power in offices, retail spaces, schools, and small factories. With modular expansion of up to six clusters in parallel, it scales effortlessly to meet growing energy demands while maintaining optimal performance and minimal footprint.
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About the EPHS143/197
The EPHS143/197 represents EP Energy’s next step in smart hybrid energy storage. Delivering up to 50 kW rated power and 197 kWh capacity, it provides efficient load management and renewable integration for households and small commercial operations. Its intelligent multi-level BMS, combined with local and remote monitoring, enables real-time visibility and control over system performance. Built around high-quality LFP cells with more than 8,000 cycle life and integrated air-conditioned thermal management, the EPHS143/197 guarantees long-term stability and safety. The pre-installed modular design allows quick setup and cost-effective deployment, giving users a powerful, scalable energy solution that supports sustainability and resilience.
FAQs
Common questions people ask about the EPHS143/197.
What are the power and energy specifications of the EPHS143/197?
The EPHS143 provides 50 kW / 143 kWh, while the EPHS197 offers 50 kW / 197 kWh capacity, supporting efficient storage for residential and small-scale commercial applications.
Can multiple systems be connected together?
Yes. Up to six clusters can be connected in parallel, enabling users to expand total energy capacity as needed.
What type of battery does the system use?
Both models use LFP (Lithium Iron Phosphate) battery cells known for safety, longevity, and stable performance over more than 8,000 charge/discharge cycles.
How does the system manage temperature and safety?
The EPHS143/197 employs an air-conditioning cooling and heating system, keeping temperatures within the ideal operating range, with optional aerosol / perfluoro fire protection for added safety.
What monitoring and control features are available?
It includes local and cloud-based intelligent monitoring, real-time data storage, and multi-level BMS protection, giving users full visibility and remote management of their energy system.