Energy Storage Products

Three-in-One Integration, Smart Storage Solution.
Integrating power electronics, electrochemistry, and grid support technologies to create professional energy storage systems.

Battery Energy Storage

Product Type: Energy Loader 1

Model: EL5015-L-2

Battery Parameters

Battery Parameters: LFP 3.2V/314Ah
Cell Type: 1P416S*12
Rated Battery Capacity: 5015kWh

Rated Power: 2507.98kW(0.5P)
Battery Voltage Range (DC): 1123.2V~1497.6V

System Parameters

Battery Cabinet Dimensions (LxHxW): 6250mm*2896mm*2500mm
Battery Bay Weight: ≤42t
Protection Rating: IP55 (Battery Pack IP67)
Operating Temperature Range: -30℃~+50℃
Operating Humidity Range: 0~95%RH (non-condensing)

Maximum Operating Altitude: 3000m
Battery Temperature Control Method: Intelligent Liquid Cooling / 50% Ethylene Glycol Solution
Standard Fire Suppression: Module-Level Perfluorohexane + Water Fire Suppression Corrosion
Resistance Rating: C3 (C4-C5 Optional)
Communication Protocol: CAN / Ethernet
Certification: GB/T36276

Model: EL5015-L-4

Battery Parameters

Battery Parameters: LFP 3.2V/314Ah
Cell Type: 1P416S*12
Rated Battery Capacity: 5015kWh

Rated Power: 1253.99kW(0.25P)
Battery Voltage Range (DC): 1123.2V~1497.7V

System Parameters

Maximum Operating Altitude: 3000m (Optional 5000m)
Battery Temperature Control: Intelligent Liquid Cooling / 50% Ethylene Glycol Solution
Standard Fire Suppression: Module-Level Perfluorohexane + Water Fire Suppression
Corrosion Resistance Rating: C3 (C4-C5 Optional)
Communication Protocol: CAN / Ethernet
Certification: GB/T36276

Model: EL4047-L-1

Battery Parameters

Battery Parameters: LFP 3.2V/304Ah
Cell Type: 1P416S*10
Rated Battery Capacity: 4047kWh

Rated Power: 4046.85kW(1P)
Battery Voltage Range (DC): 1123.2V~1497.7V

System Parameters

Battery Cabinet Dimensions (LxHxW): 6800mm 2890mm 2550mm
Battery Bay Weight: ≤43t
Protection Rating: IP55 (Battery Pack IP67)
Operating Temperature Range: -30℃~+50℃
Operating Humidity Range: 0~95%RH (non-condensing)

Maximum Operating Altitude: 3000m (optional 5000m)
Battery Temperature Control Method: Intelligent Liquid Cooling/50% Ethylene Glycol Solution
Standard Fire Suppression: Module-level Perfluorohexane + Water Fire Suppression
Corrosion Resistance Rating: C3 (C4-C5 optional)
Communication Protocol: CAN/Ethernet

Model: Energy Loader E1

Battery Parameters

Battery Parameters: LFP 3.2V/587Ah
Cell Type: 1P416S*10
Rated Battery Capacity: 6251kWh

Rated Power: 3126.66kW(0.5P)
Battery Voltage Range (DC): 1123.2V~1497.7V

System Parameters

Battery Cabinet Dimensions (LxHxW): 6800mm2890mm2550mm
Battery Bay Weight: ≤50t
Protection Rating: IP55 (Battery Pack IP67)
Operating Temperature Range: -30℃~+50℃
Operating Humidity Range: 0~95%RH (non-condensing)

Maximum Operating Altitude: 3000m (optional 5000m)
Battery Temperature Control Method: Intelligent LiquidCooling/50% Ethylene Glycol Solution
Standard Fire Suppression: Module-level Perfluorohexane + Water Fire Suppression
Corrosion Resistance Rating: C3 (C4-C5 optional)
Communication Protocol: CAN/Ethernet

Product Type: Portable Power Station (LFP)

Battery Parameters

Cell: 3.2V/314Ah
Rated Power: 1KW
Rated Capacity: 2kWh

Product Features

3-in-1 Design: Integrates inverter, battery, and MPPT in one unit;
Plug-and-Play: Simply connect your electrical devices and start using immediately;
Larger Capacity & Higher Power: Upgraded to 2kWh capacity and 1000W high power;
Ultra-Long Lifespan: Battery cycle life reaches 11,000 times;

Battery Parameters

Cell: 3.2V/314Ah
Rated Power: 200W/500W
Rated Capacity: 1kWh

Product Features

3-in-1 Design: Integrates inverter, battery, and MPPT in one unit;
Plug-and-Play: Simply connect your electrical devices and start using immediately;
Fast Charging: Approximately 2 hours for AC full charge, about 3 hours for solar full charge;
Ultra-Long Lifespan: Battery cycle life reaches 11,000 times;

Product Type: Residential Energy Storage All-in-One System (LFP)

Battery Parameters

Cell: 3.2V/314Ah
Rated Power: 5kW
Rated Capacity: 8kWh

Product Features

All-in-One Design: A compact residential energy storage product integrating charging, discharging, and energy storage functions;
High Performance: 5kW output, 38% higher than similar 3.6kW units;
80% DC/AC Ratio: Converts part of the up to 9kW solar energy into 5kW AC output for daytime use, and uses the remaining power to charge the battery;
Easy Installation: Saves time and labor costs, and can be installed even in remote areas;

Liquid Energy Storage Products

As energy storage power plants grow increasingly larger (often reaching hundreds of megawatts per station), battery density has significantly increased, leading to continuous heat generation during operation. If heat accumulates, it not only halves battery lifespan but also risks triggering thermal runaway. Liquid cooling systems efficiently dissipate heat through liquid media, addressing the pain points of traditional air cooling—slow cooling and large temperature differentials—making them the mainstream choice for medium-to-large-scale energy storage projects.

System Components

Specialized Coolant: A “heat dissipation agent” combining insulation and thermal conductivity. Mineral oil is used for single-phase systems, while fluorinated fluids are employed for two-phase systems.
Circulation Module: A “delivery network” comprising pumps and piping that drives coolant flow for heat exchange.
Heat Exchanger: Equivalent to an “outdoor unit,” transferring heat from the coolant to the external environment.
Intelligent Control Unit: Liquid specific heat capacity exceeds air’s by over 4 times, enabling rapid heat removal. Paired with real-time temperature sensors, it automatically adjusts flow rates and cooling modes for fast, uniform heat dissipation, extending battery lifespan. Marssoil Smart Energy’s intelligent temperature control system can even maintain cell temperature differences within 2°C, increasing battery life by 10%.

Product Features

Enhanced Safety: To prevent thermal runaway, a separate compartment design is adopted for batteries and electrical components, combined with multi-level early warning systems such as temperature and smoke sensors. In case of any abnormalities, the cooling fluid can directly suppress fire.
Cost Reduction & Efficiency Improvement: More cost-effective throughout the whole life cycle. Although the initial cost is higher than that of air cooling, the auxiliary power consumption is reduced by 20%, and the battery energy density is improved — a 40-foot container can achieve a capacity of 6.88MWh, increasing space utilization by 37%, resulting in lower long-term operation and maintenance costs.
Adaptability to Extreme Environments: It can withstand temperatures up to 60℃. For example, in the Saudi Aramco pipeline pumping station project, the Marssoil Smart Energy Intelligent Temperature Control System operated stably in the high-temperature desert environment, perfectly adapting to off-grid scenarios integrating solar energy, energy storage, and diesel power.