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 H098 cabinet series covers five capacity levels from 50.68 kWh to 316.4 kWh. This page features the 107.5 kWh air-cooled cabinet. All models share IP55 protection, RS485 / CAN communication and the same certification package.
| Item | H098-50kWh | H098-100kWh | H098-150kWh | H098-215kWh | H098-315kWh |
|---|---|---|---|---|---|
| Tensão nominal | 563.2 Vd.c | 537.6 Vd.c | 768 Vd.c | 768 Vd.c | 768 Vd.c |
| Faixa de tensão | 440-642.4 Vd.c | 420-537.6 Vd.c | 600-876 Vd.c | 672-864 Vd.c | 672-864 Vd.c |
| Capacidade nominal | 90 Ah | 200 Ah | 206 Ah | 280 Ah | 412 Ah |
| Rated energy | 50.68 kWh | 107.5 kWh | 158 kWh | 215 kWh | 316.4 kWh |
| Rated charge current | 45 A | 100 A | 206 A | 140 A | 206 A |
| Rated discharge current | 45 A | 100 A | 206 A | 140 A | 206 A |
| Size (L × W × H) | W819 × D900 × H1964 (mm) | W1228 × D1125 × H2084 (mm) | W1600 × D1247 × H2414 (mm) | W1910 × D1297 × H2414 (mm) | W2153 × D1297 × H2414 (mm) |
| AC output voltage | 400 V (-20%~+15%) | 400 V (-20%~+15%) | 400 V (-20%~+15%) | 320-460 V | 320-460 V |
| Rated input voltage | 3W+N+PE; AC 400 V | 3W+N+PE; AC 400 V | 3W+N+PE; AC 400 V | 3W+N+PE; AC 400 V | 3W+N+PE; AC 400 V |
| Rated output voltage | 3W+N+PE; AC 400 V | 3W+N+PE; AC 400 V | 3W+N+PE; AC 400 V | 3W+N+PE; AC 400 V | 3W+N+PE; AC 400 V |
| Frequência nominal | 50 Hz / 60 Hz | 50 Hz / 60 Hz | 50 Hz / 60 Hz | 50 Hz / 60 Hz | 50 Hz / 60 Hz |
| Rated output current | 36.2 A | 72.5 A | 138 A | 138 A | 276 A |
| Potência nominal | 25 kW | 50 kW | 100 kW | 100 kW | 200 kW |
| Maximum PV input voltage | 850 V | 850 V | 850 V | 850 V | 850 V |
| Maximum PV power | 15 kW + 15 kW | 38.4 kW + 38.4 kW | 120 kW | 120 kW | 240 kW |
| MPPT operating voltage range | 200 V-800 V | 200 V-800 V | 200 V-950 V | 200 V-950 V | 200 V-950 V |
| MPPT full-load voltage range | 450 V-750 V | 450 V-750 V | 650 V-750 V | 650 V-750 V | 650 V-750 V |
| Peso | 900 kg | 1700 kg | 2300 kg | 2850 kg | 3500 kg |
| Comunicação | RS485 / CAN | RS485 / CAN | RS485 / CAN | RS485 / CAN | RS485 / CAN |
| Altitude | ≤2000 m | ||||
| Protection class / IP rating | IP55 | ||||
| Charging temperature range | 0°C ~ 50°C | ||||
| Discharging temperature range | -20°C ~ 55°C | ||||
| Certification standards | IEC 63056 / IEC 62477-1 / EN61000-6 / IEC 62933-5-2-2020 / IEC 62933-2-1:2017 / RoHS 2.0 / UN38.3 / MSDS | ||||
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.
Reliable UPS-grade backup power for critical IT infrastructure. Instant switchover protects servers and network equipment from outage-related downtime and data loss.
Localização: Filipinas
Escala do Sistema: Armazenamento de Energia C&I em Contentor de 4MWh
Função Principal: Arbitragem pico-vale e energia de reserva
A fábrica de manufactura adotou o nosso ESS em contentor exterior para reduzir os encargos de demanda e garantir o fornecimento de energia durante apagões da rede elétrica.
Localização: Mali
Escala do Sistema: 215kWh CabinetType Energy Storage
Função 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
Localização: China
Escala do Sistema: Matriz fotovoltaica de 625kW + sistema de armazenamento de energia de 1MWh
Função 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.
O armazenamento de energia C&I ajuda os usuários empresariais a realizar arbitragem de pico-vale, reduzir tarifas de demanda, fornecer energia de backup de emergência e melhorar a taxa de autoconsumo de sistemas solares fotovoltaicos no local. É amplamente utilizado em fábricas, armazéns, edifícios comerciais e parques industriais.
A capacidade necessária depende da sua carga máxima, das regras tarifárias locais de eletricidade e das funções pretendidas. Os nossos engenheiros podem apresentar uma sugestão de capacidade depois de nos fornecer os dados de carga do seu local.
O retorno do investimento é principalmente afetado pela diferença do preço local de eletricidade, pelo perfil de carga do local e pela escala do sistema. Na maioria dos mercados do Sudeste Asiático, o período de retorno varia de 3 a 6 anos.
Sim. O nosso ESS C&I pode conectar-se a instalações fotovoltaicas existentes para construir sistemas híbridos solar-armazenamento sem substituir os seus painéis solares atuais.
Fornecemos orientação técnica remota, manual de operação, suporte de peças sobressalentes e serviço de comissionamento no local assistido por parceiros locais para projetos de armazenamento de energia comerciais e industriais no exterior.
Procura cotação para o seu projeto de armazenamento de energia industrial ou comercial?
Por favor, partilhe a informação de carga do seu local, a tarifa elétrica local e os requisitos funcionais. A nossa equipa profissional de engenharia responderá ao seu pedido no prazo de 24 horas úteis.
