Explore our state-of-the-art power regulators designed for optimal turbine aerodynamic efficiency and smart battery management.
Understanding the complex conversion of kinetic wind power into highly stable chemical or grid energy.
Applies electronic braking via step-less or step-controlled duty cycles to regulate generator speed, preventing turbine mechanical over-rotation.
Utilizes Bulk, Absorption, and Float algorithms tailored to lithium-ion, gel, and lead-acid chemistries, maximizing battery longevity.
Fail-safe electromagnetic braking systems that automatically engage when battery levels saturate or line voltages spike dangerously.
Deciding between Maximum Power Point Tracking and Pulse Width Modulation for industrial wind applications.
Enables efficient charging at low wind speeds via voltage boost, capturing energy that PWM controllers would otherwise reject.
Heavy-duty aluminum alloy heat sinks paired with intelligent convective cooling pathways ensure reliable performance under extreme thermal loads.
Supports simultaneous processing of wind generator AC inputs and PV solar array DC inputs, optimizing energy harvesting across varying weather conditions.
Discover how our products are deployed across diverse global industries and harsh environments.
In rural areas of South America and Northern Europe, our 30KW to 50KW wind/solar hybrid controllers stabilize small networks. By buffering transient power surges and managing battery banks, they deliver reliable electricity to remote communities.
Marine environments require specialized protection. Our controllers feature anti-corrosion, IP65-sealed enclosures to withstand high salinity, providing continuous power for offshore weather stations and oil rigs.
For factories and large farms, our high-power MPPT grid-tie controllers (up to 200kW) synchronize with the local grid. This integration reduces utility bills and feeds excess wind power back to the grid.
A nationally recognized high-tech enterprise, pioneering high-power grid integration and testing systems since 2004.
We utilize state-of-the-art diagnostic and assembly tools to ensure every charge controller meets international grid-tie and off-grid performance standards.
Ensuring seamless and safe integration with regional utility grids worldwide.
Detailed technical support and design guidelines from our engineering department.
Providing stable, industrial-grade power solutions for diverse off-grid and grid-tie wind energy networks.
Demin Power