Schneider Electric Altivar™ Machine Drive ATV320 Solar Variable Speed Drives (VSDs) are designed for direct connection to solar cell power, powering motors from photovoltaic arrays without the need for stored energy solutions. The drive intelligently manages available power from the PV array to provide maximum output from the pump and can switch between power sources as needed. It is primarily designed for use with pumping systems, ensuring efficient operation even in varying conditions.
The Schneider Electric Altivar™ Machine Drive ATV320 Solar Variable Speed Drives (VSDs) are innovative solutions designed to harness solar energy for powering motors directly from photovoltaic arrays. This technology eliminates the need for energy storage systems, making it an efficient choice for various applications, particularly in pumping systems.
The ATV320 Solar VSDs are engineered for direct connection to solar cell power, allowing for seamless operation in environments where solar energy is abundant. These drives intelligently manage the available power from the PV array, ensuring maximum output for connected pumps. They are capable of switching between solar power and grid power, providing flexibility and reliability even during periods of low solar availability. The product features a wide DC voltage range, built-in Maximum Power Point Tracking (MPPT), and various safety functions to protect against common operational issues.
The Schneider Electric Altivar™ Machine Drive ATV320 Solar VSDs represent a significant advancement in the integration of solar energy with motor control technology. Their ability to operate efficiently in various applications, particularly in pumping systems, makes them a valuable asset for industries focused on sustainability and energy efficiency. By leveraging solar power, these drives not only reduce energy costs but also contribute to a greener future.
