Details
EVVO SOLAR 33000 Multiple MPPT Three Phase:
The EVVO SOLAR 33000 Multiple MPPT Three Phase inverter is a high-capacity and advanced solution for large-scale commercial and industrial solar installations. With a capacity of 33,000 watts (33 KW), it is designed for three-phase operation, ensuring a balanced and stable power output. This inverter is ideal for powering machinery, factories, and large commercial facilities with substantial energy needs.
Key Features:
Impressive Capacity: The 33 KW capacity of the EVVO SOLAR 33000 Multiple MPPT Three Phase inverter offers a high-power solution for large commercial and industrial facilities. It can efficiently meet the energy demands of substantial operations.
Three-Phase Operation: Specifically designed for three-phase operation, this inverter ensures balanced and stable power output, crucial for powering machinery and equipment in industrial settings and large commercial establishments.
Multiple MPPT Tracking: The inverter includes multiple Maximum Power Point Tracking (MPPT) inputs, enabling the optimization of different sections of the solar array independently. This is especially valuable when dealing with shading, varying panel orientations, or diverse panel types.
Efficiency: EVVO products are known for their high efficiency, reducing energy losses during the conversion process, leading to cost savings and increased energy yield.
Grid Integration: The inverter is engineered for seamless grid integration, allowing excess solar energy to be fed back into the utility grid. This can result in energy cost reductions and potential income from selling surplus electricity.
Advanced Monitoring and Control: The inverter is likely equipped with advanced monitoring and control features, enabling remote monitoring of system performance, issue diagnosis, and real-time adjustments for optimal power generation.
Reliability: EVVO products are designed for durability and reliability, ensuring consistent long-term performance and a strong return on investment for large-scale solar projects.