SolarEdge has recently announced the addition of a new product to their portfolio: the TerraMax inverter.
This inverter is suitable for commercial, industrial and also utility-size installations, and it easily adapts to any kind of configuration and environment.
TerraMax inverter: technology and features
This new solution introduces power optimization and high-resolution monitoring to the utility segment. The SolarEdge TerraMax inverter, combined with H1300 power optimizers, brings together MLPE technology with inherent safety features to achieve:
- increased module yield by combating potential power losses due to mismatches or shading
- installation flexibility
Together with this product, a new platform dedicated to C&I, SolarEdge ONE, is also introduced. This platform allows precise monitoring of the installation, integrating electric vehicles management to reduce potential maintenance interventions, extend the lifespan of the system, and lower O&M costs.
Suitable for all types of installations
The SolarEdge TerraMax inverter is designed to adapt to all types of small to medium-sized utility-scale installations, including:
- Ground-mounted systems
- Rooftop systems on industrial buildings
- Agrivoltaic systems
Contact VP Solar to receive an offer or request more information about the SolarEdge TerraMax inverter.
SolarEdge: TerraMax inverter SE330K
SolarEdge TerraMax SE330K inverter, an ideal solution for small and medium-sized utility-scale systems
- 99% efficiency
- 200% DC oversizing
- Integrated nighttime anti-PID devices
- Compatible with SolarEdge H1300 optimizer
Datasheet English
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The new TerraMax SE330K solution for utility scale plants is designed to increase energy production thanks to its 99% efficiency, 200% DC oversizing, and integrated nighttime PID rectifier.
This is a highly versatile product due to its ability to implement photovoltaic systems on sloped, uneven, or irregularly shaped terrain, making it ideal for both centralized and distributed topologies.
The design supports a string length of up to 80 modules, requiring overall less cabling and equipment, leading to a BoS reduction of up to 50%. Additionally, pre-commissioning allows for the validation of system components and wiring before AC connection.