Large-Scale Energy Storage Systems

Wide-Body Mining Truck Power Module

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Structure: Single cells integrated into a dedicated battery pack for low-speed vehicles, equipped with lightweight BMS management system and standardized protective housing. Matches the chassis mounting space of electric two-wheelers and low-speed vehicles, enabling direct replacement of traditional lithium battery packs.

Specifications: Adopts LCC lithium-carbon supercapacitor cells with up to 50,000 cycles; charging time 6–12 minutes; operating temperature range -40℃~65℃; intrinsically safe with no ris Structure: Integrated liquid cooling cabinet module, multiple modules connected in series to form a high-voltage power cluster, integrated BMS management, IP67 sealed protection, fixable for vehicle chassis mounting.

Specifications: Model: 720V 3332F; Module unit: 720V 833F; Nominal capacitance: 3332F, internal resistance ＜30mΩ; Operating voltage: 450~756V, surge voltage: 774V; Rated current: 1400A, peak current: 2800A; Cycle life: 100,000 cycles; Operating temperature: -40~60℃; Equipped with liquid cooling heat dissipation structure.k of fire or explosion.

Advantages: High power density, supports continuous high-current discharge at 15C rate. The liquid cooling heat dissipation system suits 24-hour uninterrupted heavy-duty operation in mining areas. High IP67 protection rating resists outdoor dust and rain erosion. 10-minute ultra-fast charging delivers a 20-kilometer driving range, with a cycle life 25 times longer than lithium batteries. No preheating required at -40℃, adapting to frigid open-pit mining environments. Lightweight module design cuts the system weight by 2 tons compared with lithium battery systems. Compatible with heavy-duty power systems of 6X4 all-electric wide-body mining trucks. Standardized modules fit multiple scenarios including mining trucks, energy storage and low-speed vehicles. Built-in voltage equalization protection, shock-resistant and durable for outdoor heavy-duty equipment.

Grid Frequency Regulation Container Module

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Structure: Integrated standard container packaging, internally equipped with supercapacitor clusters, liquid cooling thermal management, dual fire suppression system of perfluorohexanone plus water spray. Adopts modular series-parallel integrated design with floor-mounted installation at the bottom.

Specifications:Model: 1500V 3260.8F，System capacitance: 3260.8F, energy storage capacity: 500kWh，Operating DC voltage: 920–1500V，Max charge & discharge current: 5500A, output power: 5000kW，Cycle life: >100,000 cycles,Operating temperature: -40~60℃, storage temperature: -40~70℃，Protection class: IP55, corrosion resistance class: C4，Dimensions: 6058mm×2438mm×2896mm, weight approx. 35 tons

Advantages: Millisecond-level charge-discharge response to rapidly smooth grid power fluctuations. Can form hybrid energy storage systems when matched with lithium batteries to stabilize grid frequency and improve power quality. Features wide temperature adaptability, complete fire protection mechanisms and liquid cooling thermal systems with long cycle life. Suitable for thermal power plant frequency regulation, new energy power stations, SVG grid regulation, wind-solar energy storage supporting scenarios.

Integrated Lithium-Carbon / EDLC Supercapacitor Module for Oilfield Energy Recovery

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Structure: Integrated outdoor cabinet enclosure, internally equipped with 300-series EDLC 500F cell modules, matched with integrated BMS equalization management system. IP54/IP65 protection rating allows direct outdoor installation, tailored for oilfield pumping unit operating conditions.

Specifications:Model: Energy Recovery Module Special for Oilfields，Total quantity of EDLC 500F cells: 300 pcs (300S1P)，Nominal system capacitance: 1.6F，Operating voltage range: 400~720V, surge voltage: 864V，Rated operating current: 20A,Operating temperature: -40℃~+70℃, storage temperature: -40℃~+70℃，Single cell operating voltage: 1.3–2.4V，System cycle life: over 1,000,000 cycles

Advantages: Specially designed for oilfield pumping unit energy recovery scenarios, achieving up to 50% energy saving efficiency and drastically cutting power consumption costs for oil extraction. Ultra-long cycle life over one million cycles adapts to frequent start-stop working conditions of pumping units and reduces maintenance & replacement costs. Ultra-wide operating temperature range of -40℃~+70℃ enables stable operation under harsh open-air oilfield environments with extreme cold and high heat. High-protection cabinet structure resists dust and rain erosion for stable long-term outdoor operation. Standardized modular design enables quick matching with various pumping unit models, built with voltage equalization protection, shock-resistant and robust to meet reliability requirements of heavy-duty oilfield equipment.

Supercapacitor Module for Diesel Generator Supporting System

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Structure: Modular supercapacitor energy storage units integrated with diesel generator systems, equipped with integrated BMS management and fast response control units. Cabinet/rack type protective enclosure is adopted to fit the installation space of control and power supply systems of diesel generator sets, realizing seamless docking with the original system.

Specifications: Voltage levels can be customized according to diesel generator power (matching generator busbar voltage). Supports short-time high current output and provides instantaneous current support of 2–3 times rated power. Millisecond-level response time quickly suppresses load fluctuations. Operating temperature ranges from -40℃ to +70℃, suitable for harsh working conditions such as outdoor and oilfield environments. The system boasts a cycle life of over one million cycles to meet the demands of high-frequency impact loads.

Advantages: Solves the pain points of slow startup and transient response of diesel generators, greatly shortening the time from startup to stable power supply. It reduces efficiency loss and increased emissions caused by load fluctuations, keeping generators operating continuously within the optimal 80%–100% power load range. Enhances short-time overload capacity to easily cope with instantaneous high-current demands from motor startup and impact loads (e.g., oilfield drilling scenarios), preventing generator shutdown triggered by overload protection. Ultra-wide operating temperature range adapts to harsh high/low-temperature environments such as oilfields and field sites. Ultra-long cycle life cuts maintenance costs and lowers generator operating losses. Standardized modular design fits diesel generators of various power ratings rapidly, optimizing power curves and boosting power supply reliability without extensive modification of the original system.