By using wind energy to spin a generator and create electricity, we are utilizing an abundant and inexhaustible resource to address electricity issues with minimal environmental pollution.

Wind energy is best suited for agriculture and other multi-purpose working landscapes.
This energy source is ideal for farms and coastal communities, which often have high-quality wind sources and can be easily integrated.

Our team will help you identify the most suitable wind energy associate to address your specific needs. Our network of wind specialists provide a vast range of trading services including, but not limited to, green electricity certificate trading and carbon emission trading.

We facilitate the implementation of clean and efficient wind energy solutions, providing reduced operational costs and increased profitability.


When wind-generated power is integrated into the main grid to supplement intermittent wind power, a disconnect switch is used instead of batteries to manage the flow of energy. The wind energy is channelled to a controller that distributes it to nearby electrical loads, with any remaining energy sent to the grid via a grid-connected inverter.

The grid-connected inverter plays a vital role in maintaining power quality and frequency while isolating the wind system from grid faults. It converts the direct current (DC) output from the wind generator into alternating current (AC) power, which is synchronized with the grid’s frequency and voltage level. This process enables the wind-generated power to be seamlessly integrated into the grid, supporting local electrical loads, and reducing the grid’s reliance on traditional power sources. The use of a disconnect switch rather than batteries simplifies the system and reduces costs, while the grid-connected inverter ensures safe and reliable operation.


In completely off-grid wind energy systems, batteries play a crucial role in maintaining power when the wind is insufficient. Unlike grid-tied systems, off-grid systems do not require a grid-tied inverter or connection to the power grid. This reduces the cost of connections but at the expense of safety and reliability since there is no power grid connection to provide backup power or regulate voltage levels.

While the initial cost of batteries is high, connecting to the grid can be even more expensive, especially in remote locations. Off-grid systems can provide independence and sustainability, relying entirely on renewable energy sources. However, careful planning and maintenance are required to ensure sufficient battery capacity and backup power to maintain a consistent energy supply. The lack of a power grid connection also means that any maintenance or repairs needed must be carried out independently, further highlighting the importance of proper planning and regular upkeep.