HMX Energy C&I energy storage system integrates LiFePO4 battery modules and high-performance bidirectional PCS. We deliver reliable energy storage solutions for manufacturing plants, industrial parks, commercial complexes and data centres. Available in indoor cabinet and outdoor container formats with flexible capacity scaling. Full-project delivery and localised technical support are available for overseas projects.
Store cheap off-peak grid power, discharge during high-price peak hours to cut overall electricity expenditure.
Smooth power spikes, effectively reduce maximum demand charges for factories and industrial facilities.
Adopt lithium iron phosphate battery chemistry with multi-layer protection for long-cycle stable operation.
Real-time system status, remote data check, alarm notification and performance statistics via cloud platform.
Pre-integrated cabinet & container units, shorten site construction and commissioning cycle.
Cover solution design, product supply, technical guidance, commissioning and after-sales support.
The HMX-BESS-100/200 is a 215kWh air-cooled cabinet built on 280Ah cells (240 pcs), with heptafluoropropane fire protection, an integrated 3kW air conditioner and a compact 1800 × 1000 × 2350 mm footprint under 3.5 tonnes.
| Elemento | Especificación |
|---|---|
| Modelo | |
| Modelo | HMX-BESS-100/200 |
| System Nominal | |
| Potencia nominal | 105 kW |
| Capacidad nominal | 215 kWh |
| AC Input / Output | |
| Tensión nominal | 400 V |
| Rango de tensión | 340–440 V |
| Corriente nominal | 151 A |
| Frecuencia nominal | 50/60 Hz |
| Factor de potencia | >0.99 |
| DC Input / Output | |
| Tensión nominal | 768 V |
| Tensión mínima | 650 V |
| Tensión máxima | 876 V |
| Corriente nominal | 140 A |
| Capacidad de celda | 280 Ah |
| Número de celdas | 240 pcs |
| Capacidad total | 215 kWh |
| Battery Management | |
| Clúster de batería | 1 pcs |
| Módulo de batería | 15 pcs |
| Precisión de tensión | 0.20% |
| Precisión de temperatura | 1% |
| Precisión de SOC | 5% |
| Precisión de capacidad | 1% |
| Air Conditioner | |
| Método de instalación | Instalado en el interior |
| Potencia de enfriamiento del aire | 3 kW |
| Fire Protection System | |
| Agente extintor | Heptafluoropropano |
| Método de pulverización | Direct spray |
| Vida útil de ciclos | |
| Cycle life | >6000 cycles (25°C, 0.5C) |
| Availability Rate | |
| Availability rate | >90% |
| Physical | |
| Peso | <3.5 t |
| L × W × H | 1800 × 1000 × 2350 (mm) |
Photovoltaic panels generate DC solar power. The bidirectional PCS completes AC-DC power conversion, and energy is stored in LiFePO4 battery banks.
During high-tariff peak periods or grid failure, the stored energy discharges to supply factory and commercial loads. This delivers peak-valley arbitrage, demand-charge reduction and uninterrupted backup power for your facility.
Peak-valley arbitrage plus demand-charge control for production lines. The cabinet shaves peak load, cuts maximum demand charges and keeps critical equipment running through grid disturbances.
Solar-storage hybrid system for large-scale photovoltaic power plants. Stores midday PV surplus and releases it after sunset, raising self-consumption and smoothing the park's grid demand curve.
Ubicación: Filipinas
Escala del sistema: Almacenamiento de energía C&I en contenedor de 4MWh
Función principal: Peak valley arbitrage & backup power
La fábrica de manufactura adoptó nuestro ESS en contenedor para exteriores para reducir los cargos por demanda y garantizar el suministro eléctrico durante apagones de la red.
Ubicación: Malí
Escala del sistema: 215kWh CabinetType Energy Storage
Función principal: Aimed at Mali’s pain points of limited grid coverage and frequent power outages (causing food spoilage in malls, life disruption in villas, safety risks at gas stations), we launched a 100kW/215kWh pure off-grid energy storage system, realizing "self-generation for self-use + parallelizable expansion" and 24/7 uninterrupted power supply.
"PV generation → energy storage → nighttime bus charging" closed loop, 100% off-grid
Ubicación: China
Escala del sistema: Matriz fotovoltaica de 625kW + sistema de almacenamiento de energía de 1MWh
Función principal: Responds to "Dual Carbon" strategy & urban green transportation.
Energy Attribute: From "grid-dependent power sales" to "100% self-consumption" (solves peak-valley price/grid load issues)
Scenario Adaptation: Matches buses’ "day operation, night charging" via time-shifted energy supply (no municipal power needed)
Benefits: From single economic benefit to "ecology + economy + operation" triple value
Select the proper energy storage capacity according to your site’s actual load condition:
100–300 kWh cabinet-type energy storage
500–1000 kWh container-type energy storage
Above 1 MWh, customised container ESS solution
Contact our engineering team for free site evaluation and a custom-tailored solution.
C&I energy storage helps business users realise peak-valley arbitrage, reduce demand charges, provide emergency backup power and improve the self-consumption rate of on-site solar PV systems. It is widely used for factories, warehouses, commercial buildings and industrial parks.
Required capacity depends on your maximum load, local electricity tariff rules and target functions. Our engineers can offer a capacity suggestion after you provide your site load data.
Payback is mainly affected by the local electricity price difference, site load profile and system scale. In most Southeast Asia markets, the payback period ranges from 3-6 years.
Sí. Nuestro ESS C&I puede conectarse con instalaciones fotovoltaicas existentes para construir sistemas híbridos de solar-almacenamiento sin reemplazar sus paneles solares actuales.
We provide remote technical guidance, an operation manual, spare parts support and local partner-assisted on-site commissioning service for overseas commercial & industrial energy-storage projects.
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Por favor, comparta la información de carga de su sitio, la tarifa eléctrica local y los requisitos funcionales. Nuestro equipo profesional de ingeniería responderá a su consulta dentro de 24 horas hábiles.
