Photoelectric Complementary Power System
Photoelectric Complementary Power System
Chat OnlineThe Photoelectric Complementary Power System Features
- Multi-Energy Solution: Configurable complementary power systems adopting solar energy, grid electricity, and diesel generators for different site environments.
- Energy-Saving Management: The system prioritizes the use of solar power, supplemented by grid electricity or diesel generators, with batteries as backup.
- Battery Management: The system is able to provide effective management of the battery charging and discharging functions and protection.
- Modular Design: The flexible modular design enables easy capacity configuration in various ways according to the requirement.
- MPPT Functionality: Maximum Power Tracking accuracy > 99.5%, conversion efficiency for the solar system >95%.
- Ease of Maintenance: Front operation allows module hot-plugging convenience and online replacement.
- Monitoring Capability: With local and remote real-time monitoring capability and interfaces for RS-232/RS-485 connection.
The Basic Configuration of Photoelectric Complementary Power System
| >Product name | >HJDXH48/400 | >HJDXH-48/600 | >HJDXH-48/1000 |
| >AC input | >380Vac, three-phase five-wire | >380Vac, three-phase five-wire | >380Vac, three-phase five-wire |
| >AC input switch | >63A/3P×1 | >80A/3P×1 | >125A/3P×1 |
| >AC output branch (optional) | >32A/3P×1; 16A/1P×3 | >32A/3P×1; 16A/1P×3 | >32A/3P×1; 16A/1P×3 |
| >AC lightning protection | >Maintenance socket ×1 | >Maintenance socket ×1 | >Maintenance socket ×1 |
| > Maximum system capacity Loadshunt |
>Class C, nominal 20kA -48V/400A; total 6 rectifier modules, total 2 photovoltaic modules |
>Class C, nominal 20kA -48V/600A; total 6 rectifier modules; total 6 photovoltaic modules |
>Class C, nominal 20kA -48V/1000A; total 12 rectifier modules, total 8 photovoltaic modules |
| > Loadshunt |
>Power of the load: 100A×4 (fuse), 63A×6 (circuit breaker), 32A×6 (circuit breaker), 10A×2 (circuit breaker); Power of the battery: 63A×2 (circuit breaker), 16A×4 (circuit breaker), 10A×4 (circuit breaker) |
>Customer One: Power of the load: 160A×1 (fuse), 100A×3 (fuse), 63A×3 (circuit breaker); Power of the battery: 63A×2 (fuse), 32 A×2 (fuse) Customer two, customer three The branch circuit is the same as the customer’s one branch requirement. Customer Four: Power of the load: 125A×2 (circuit breaker), 32A×2 (circuit breaker); Battery power of: 16A×3 (circuit breaker) |
>Customer One: Power of the load: 160A×6 (fuse), 63A×3 (circuit breaker); Power of the battery: 100A×6 (fuse) Customer two, customer three The branch circuit is the same as the customerbegging; Customer Four: Power of the load: 125A×2 (fuse), 32A×2 (circuit breaker); Battery power of: 16A×3 (circuit breaker) |
| >Battery shunt | >400Ax2 (fuse) | >600Ax2 (fuse) | >800Ax2 (fuse) |
Photoelectric Complementary Power System Application Scenarios
Ideal for communication rooms, this power system ensures a reliable energy supply, enhancing operational efficiency in various environmental conditions.
- Previous: Boost Power Supply System for 5G AAU Equipment
- Next: Back to list
We are deeply committed to excellence in all our endeavors.
Since we maintain control over our products, our customers can be assured of nothing but the best quality at all times.
Since we maintain control over our products, our customers can be assured of nothing but the best quality at all times.
Inquiry
Online Chat