500 kWe / 1040kWh
PHE 500
PowerLink PHE500—A compact mobile hybrid power system optimized for off-grid scenarios across leasing, construction, port operations, mining sites, event management, emergency deployments, and offshore energy demands. Integrates renewable energy inputs (solar/wind) with an embedded diesel generator, offering dual-mode operation (battery-coupled or standalone) to ensure uninterrupted power availability. Tailored for operations requiring robust energy resilience and autonomous supply continuity .
Modular structure design
Genuine spare parts
Plug-and-Play Convenience
Rugged & Reliable Performance
Features
Intelligent EMS
Real-time monitoring/scheduling for BMS/PCS, operable via local HMI or remote APP/Web
Hybrid Energy System
With 500kWe output, 1040 kWh battery capacity, it integrates battery, diesel and PV
Battery Pack-level fire protection
Usewater-based extinguishing agent
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PowerLink provides tailored, high-efficiency energy solutions for sustainable power around the world.
Specification
| System Output Power | kWe | 500 |
| Output VOLTAGE | AC V | 380/400/415 |
| Battery Capacity | kWh | 1040 |
| Gen Input | kW | 100 |
| PV Input | kWp | 3*50 |
| 40′ Loading | qty | 2 |
| Noise Level(hybrid mode) | dBA@7m | 65 |
| Noise Level(battery mode) | dBA@7m | 55 |
| Dry Weight | kg | 13000 |
| Dimensions | mm | 5300*2100*2450 |
Download
PHE 500 Specification Datasheet
PHE 500 Warranty Manual
PHE 500 Brochure Manual
FAQs
What are the output power and battery capacity specifications of the PHE500 energy storage?
Output power of 500 KWe , battery capacity of 1040 KWh
What power input options does the PHE500 have, and how does its built-in diesel generator enhance energy security?
It supports both solar and diesel power inputs. It incorporates a built-in 100 KW diesel generator, which can work in conjunction with the battery or run independently to provide additional energy security.
What kind of off-grid applications is the PHE500 Hybrid Energy Unit ideal for?
This unit is ideal for off-grid applications that demand higher reliability and energy self-sufficiency.
