5 kW Dming Compact Inverter for Small Stream Hydroelectric Systems
- Strona główna
- 5 kW Dming Compact Inverter for Small Stream Hydroelectric Systems
Przegląd projektów
A compact inverter sized for small-stream hydroelectric systems, where space and service access are limited. For micro hydro and small hydro installations, Deming Power offers the 5–6 kW industrial storage/hybrid inverter — a rugged low-voltage DC-AC hybrid storage inverter with model-dependent capacity rated output, designed for years of uninterrupted service in remote and off-grid environments.
Specyfikacje
Core features and ratings:
- Rated power: 5 kW / 6 kW
- 48 VDC battery input, 400 VAC output class
- Pure sine-wave output for sensitive loads
- Hybrid operation: grid, battery and renewable sources
- Compact all-metal industrial enclosure
Performance Highlights
- The built-in MPPT stage continuously locks onto the best operating point, maximising energy harvest from the generator.
- A broad input voltage range absorbs surges and sags common on long transmission lines in mountainous sites.
- Outputs are three-phase four-wire, 50 Hz or 60 Hz, ready for motors, pumps and general plant equipment.
- Full electronic protection suite — over/under voltage, overload, overheat and short circuit — safeguards both unit and load.
Typical Applications
This model is used in micro hydro and small hydro installations, where dependable conversion of battery and renewable DC sources is critical. Its sealed electronics section tolerates the humid, spray-prone environment beside a stream weir. It integrates cleanly into new installations as well as retrofit projects, and can be combined with Deming Power turbines, generators and controllers to form a complete generation package.
Backed by Deming Power’s own factory in Jinan, this model can be customised (voltage, frequency, protection class, communication) for specific project needs. Global delivery, factory pricing and lifecycle technical support come standard — enquire with your operating parameters to receive a proposal.
