High voltage energy storage integrated machine 20KW 96KWH

We provide full chain customization from requirement docking, scheme design to production manufacturing, installation and operation, accurately matching project scenarios and technical requirements:

Core parameter customization: The basic power is 20KW, the capacity is 96KWH, and it can be flexibly adjusted. The voltage level supports customization of 400V-10KV, and it is suitable for different operating modes such as off grid/grid connected/microgrid; The battery module adopts a modular assembly design, which can be expanded or reduced as needed, and is compatible with multiple energy inputs such as photovoltaics, mains power, and diesel engines.

Scenario based customization adaptation: Upgraded anti-corrosion coating and IP65 protection for coastal high salt spray environments; Strengthen the heat dissipation system in high-altitude low-pressure scenarios to ensure stable operation at -30 ℃~55 ℃; Optimize the sealing filter in desert sandstorm areas, customize dust prevention and heat dissipation solutions, and achieve "one place, one policy".

Customization of functional modules: optional features such as black start, islanding protection, demand management, harmonic control, etc; The communication interface supports customization of CAN, WiFi, RS485, and seamlessly integrates with various energy management platforms; Support remote monitoring and OTA upgrades to meet the needs of intelligent operation and maintenance.

Customization of structure and appearance: Cabinet size and color can be adjusted as needed to adapt to the site space; Adopting IP54 protection level, outdoor floor installation does not require additional infrastructure; Support parallel expansion of multiple machines to meet future load growth needs.

Full cycle service customization: providing a 10-year warranty, lifetime operation and maintenance services, and customizable inspection cycles and spare parts solutions; Provide free 3D layout design and heat dissipation simulation reports to shorten project delivery cycles.

 Efficient integration, significant cost reduction and efficiency improvement

Highly integrated design eliminates the cost of cables, cable trays, and civil engineering in traditional solutions, reducing initial investment by 20%; The factory prefabrication and debugging have been completed, and only wiring and debugging are needed on site, reducing the construction period by 40%; The comprehensive efficiency of the system is over 96%, reducing energy loss and saving over 100000 kWh annually compared to traditional split solutions.

Safe and reliable, long-term stable operation

Adopting A-grade lithium iron phosphate batteries, combined with liquid cooling and heat dissipation architecture, the temperature difference of the battery cells is controlled within ± 2 ℃; Construct a three-level protection system consisting of battery cells, modules, and cabinets, equipped with a heptafluoropropane fire extinguishing device, capable of extinguishing initial fires within 30 seconds; Supports a lifespan of 6000 cycles, stable service for over 10 years, and a 40% reduction in electricity costs per kilowatt hour.

Space intensive, flexible and convenient deployment

The integrated design reduces the footprint by 60% compared to traditional solutions, eliminating the need for independent distribution rooms and adapting to complex scenarios such as mountains, factory areas, and outdoor stations; The modular structure supports rapid lifting and deployment, allowing a single device to operate independently or expand in parallel with multiple machines to meet the electricity needs of different scales of industry and commerce.

Intelligent operation and maintenance, worry free and effortless throughout the entire cycle

Built in AI energy management system, real-time optimization of charging and discharging strategies, realizing intelligent applications such as peak valley arbitrage and emergency backup power; The cloud platform monitors over 200 operational parameters in real-time, with a fault warning accuracy rate of 98% and a 50% reduction in operation and maintenance costs; Support remote diagnosis and OTA upgrade, no need for on-site disassembly, convenient operation and maintenance throughout the entire lifecycle.

High compatibility, widely adaptable to all scenarios

Support seamless switching between grid connected and off grid, suitable for scenarios such as peak shaving and valley filling, emergency backup power, and integrated photovoltaic storage and charging; Compatible with all brands of inverters and photovoltaic modules, seamlessly integrating with existing energy systems; The output waveform quality is good, with harmonic content<3%, which is friendly to the power grid and suitable for various power grid environments.

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