Access the full technical dossier for the BP500A series, featuring IP54 protection and high-burst overload architecture.
WEGREEN® PROFESSIONAL
BP500A | 5000W Tactical Power Hub: Rapid-Deployment Energy Solution
$4,268.00
The BP500A is a high-mobility energy hub engineered for emergency response and disaster relief. Delivering a massive 5000W continuous output and featuring a high-voltage 450V PV charging architecture, it provides the rapid field recovery and sustained heavy-load support required by first responders, medical pods, and remote command centers.
5000WRated Output
63AELB Protection
450VPV Fast-Charge
5120WhLiFePO4 Core
5000W Sustained Output for Professional Infrastructure
Built to serve as the primary energy node for field operations, the BP500A delivers a constant 5000W pure sine wave output. This enables the simultaneous operation of multiple high-draw devices—such as surgical equipment, oxygen concentrators, and heavy-duty industrial tools—ensuring zero downtime in environments where power is a matter of survival.
100V-450V High-Voltage PV Input for Rapid Recovery
In disaster zones, recharge speed is critical. The BP500A features a professional wide-voltage PV controller (100V-450V), allowing it to interface directly with large-scale industrial solar arrays. This high-voltage architecture maximizes efficiency and drastically reduces charging times, providing a reliable off-grid energy cycle for extended deployments.
63A ELB Leakage Protection & Tactical E-Stop Architecture
Electrical safety in wet or chaotic environments is non-negotiable. The BP500A is equipped with an industrial-grade 63A Leakage Protection Switch (ELB) to safeguard personnel against ground faults. For immediate physical intervention, a high-visibility mechanical Emergency Stop Button (E-Stop) allows for instantaneous disconnection of all AC outputs during tactical emergencies.
63A ELB Leakage Protection
Tactical LED Status Matrix & Localized Socket Configurations
Designed for global deployment, the BP500A is available in dedicated hardware configurations for 100V, 120V, 230V, and 240V standards. Each unit is equipped with region-specific industrial and domestic outlets (such as NEMA for North America or CEE/Schuko for Europe) to ensure seamless compatibility with local equipment. The rugged chassis features an IP54-rated design and a high-visibility LED tactical array for status monitoring in direct sunlight or harsh weather.
Technical Specifications
| Battery Type | LiFePO4 |
| AC Waveform | Pure Sine Wave |
| Capacity | 5120Wh |
| Rated Output Power | 5000W |
| 150% overload | / |
| 200% overload | / |
| 250% overload | / |
| Peak power | 10000W |
| AC Output | 220V/230V/240V |
| Max.PV Input Power | 3600W 120V~430V 18A |
| Max.AC Input Power | 2500W |
| Charging Time | ~2Hrs(AC) ~1Hrs(PV) |
| Size | 604.8*544*513.4mm |
| Weight | About 65KG |
| Protection rating | IP54 |
| Noise emissions | <45 dB(A） |
| Charging Temperature Range | 0℃~45℃ |
| Discharging Temperature Range | -20℃~45℃ |
FAQ
Q: Will the BP500A come with the correct sockets for my country?
A: Yes. We do not use a "one-size-fits-all" panel. The BP500A is built to order in specific regional configurations. North American models feature NEMA standard outlets, while European models are equipped with CEE industrial and Schuko sockets, ensuring full compliance with your local electrical standards.
Q: Why is the 450V PV input important for emergency response?
A: Standard portable units are limited to low-voltage solar, which restricts charging speed. The 450V architecture allows the BP500A to draw power from larger, more efficient solar strings, enabling rapid field recharging when grid power is unavailable.
Q: Is the LED display durable for outdoor use?
A: Absolutely. Unlike LCD screens that can crack or become unreadable in direct sunlight, our LED tactical array provides clear, high-contrast status data in any lighting condition and is built to withstand the vibrations and impacts of tactical deployment.
Q: What is the benefit of the 63A Leakage Switch (ELB)?
A: In disaster zones, moisture and damaged cables pose a high risk of electric shock. The 63A ELB provides a hardware-level safety barrier, instantly cutting power if a ground fault is detected, which is critical for protecting onsite personnel.