YAHUA Mobile ESS 50/100
50kW / 100kWh Mobile Energy Storage System
A mid-capacity mobile energy-storage platform for temporary power, emergency response, renewable integration and field charging.


Mobile Energy StoragePower Supply
Portable Power for EV Charging & Grid Support
Reliable Power On Site. Anytime. Anywhere.
Product overview
Built around the application.
The 50kW / 100kWh mobile system provides a mid-range option for field power and energy services. It combines grid and photovoltaic input, LiFePO₄ storage, AC and DC output, and connected monitoring for temporary, emergency and off-grid applications. Final engineering should confirm the duty cycle, output interfaces, vehicle-deployment method, environmental conditions, charging strategy and local electrical standards.
Five operating advantages
Built to move energy where it is needed.
Select each capability to review how the 50kW / 100kWh platform supports temporary, emergency and off-grid power.

Capability 01
Lifecycle cost control
Integrated storage can reduce generator runtime and simplify temporary-power logistics when the system is configured for the actual duty cycle.
50 kW / 96 kWh stored energy
Capability 02
Rapid deployment
The vehicle-deployable enclosure moves AC and DC power close to the load without permanent civil works.
960 kg enclosure
Capability 03
Intelligent energy management
RS485/CAN communication and GPS Cloud monitoring support connected operation and remote visibility.
RS485/CAN · GPS Cloud
Capability 04
Rugged outdoor design
A steel IP65 enclosure supports outdoor deployment, with defined storage ranges for short- and long-term storage.
Steel casing · IP65
Capability 05
PV input and off-grid supply
Photovoltaic input can be configured with the battery system to provide off-grid energy for remote and temporary applications.
PV input · off-grid supplySystem architecture
One mobile platform. Multiple energy paths.
The supplied configuration combines grid and photovoltaic input, LiFePO₄ storage, AC and DC output, and remote monitoring in one transportable enclosure.

50 kW conversion 96 kWh stored energy
LiFePO₄ storage with EMS, BMS and connected monitoring.
Product interface
Controls and connections at a glance.
The annotated product view identifies every labeled control and connection, repeated below for accessible reading.

Product parameters
Model-specific specifications.
Compare the model-specific electrical, mechanical and operating parameters. Final configuration remains subject to application engineering.
Electrical and energy
- Rated power
- 50 kW
- Nominal energy
- 100 kWh
- Stored energy
- 96 kWh
- Battery rated energy
- 96 kWh at RT, 0.5C, BOL
- Grid type
- 3L+N+PE
- Rated AC voltage
- AC 400V (-15% to +15%)
- DC voltage range
- 200–950 Vdc
- Maximum DC power
- 50 kW
- Maximum efficiency
- 97%
- Rated frequency
- 50 Hz
- Grid frequency range
- 45–55 Hz
- Overload capacity
- 110% continuous
Battery and charging
- Battery type
- LiFePO₄ lithium battery
- Cycle life
- More than 5,000 cycles
- Charge/discharge rate
- 1C
- Charging time
- 1–1.5 hours
- Storage temperature — 1 month
- -20°C to 45°C (-4°F to 113°F)
- Storage temperature — 1 year
- 0°C to 35°C (32°F to 95°F)
Enclosure, control and safety
- Casing material
- Steel
- Ingress protection
- IP65
- Communication
- RS485/CAN
- Monitoring
- GPS Cloud
- Weight
- 960 kg
- Dimensions
- 1,250 × 1,000 × 1,050 mm in the primary table; the detailed table explicitly lists 1,050 × 1,000 × 1,250 mm (L×W×H)
- Noise level
- ≤60 dB
- Fire protection
- Aerosol firefighting
Application photography
Eight field cases in use.
Every supplied case is shown: rural emergency power, farm supply, EV charging, residential backup, solar off-grid service, grid support and two mobile service vehicles.









