GoodWe MS GW10K-MS-30 10 kW Single-Phase Solar Inverter

The single-phase solar inverter GoodWe MS GW10K-MS-30 is an advanced solution for residential photovoltaic systems, designed to maximise energy performance and offer great flexibility in solar roof installations with complex designs. With a nominal power of 10 kW, this inverter is ideal for homes seeking to optimise self-consumption and improve the efficiency of their solar energy system. Its design incorporates three MPPTs (Maximum Power Point Trackers), allowing greater flexibility in the configuration of solar panels, maximising energy capture even in shaded conditions or with different module orientations.

Outstanding performance and efficiency:
The GoodWe MS GW10K-MS-30 inverter has a maximum efficiency of 97.9%, ensuring excellent utilisation of the energy generated by the solar panels. With a low start-up voltage of 50 V, the inverter begins generating energy from the early hours of the morning until the end of the day, optimising daily production. Additionally, its ability to manage up to 20 A per string ensures compatibility with high-power solar modules, allowing homeowners to install the most efficient panels on the market.

Advanced safety options:
This inverter incorporates multiple protections to ensure the safety of the photovoltaic system. Among the available options, the optional Arc Fault Circuit Interrupter (AFCI) is capable of detecting and stopping any dangerous current caused by an electrical arc, protecting the system against potential fires. Likewise, the optional Type II Surge Protection Device (SPD) protects the inverter against damage caused by lightning or voltage spikes in the grid. These features make it a safe and reliable option for any home.

Smart Home compatibility and energy management:
The GoodWe MS GW10K-MS-30 is designed to be compatible with SG-ready devices, such as heat pumps, allowing seamless integration with Smart Home systems. Additionally, it offers consumption monitoring and export limitation to the grid options, functions that can be added via optional devices like the GoodWe Homekit1000 or GM1000, enabling homeowners to efficiently manage their energy and control the surplus exported to the grid. These features are key for those looking to optimise solar energy usage and minimise losses.

Quiet and efficient operation:
Thanks to its natural convection cooling system, the inverter operates quietly with a noise level below 30 dB, making it ideal for installations in residential environments. The absence of active fans not only reduces noise but also minimises maintenance, extending the inverter's lifespan. Furthermore, its low night-time consumption of less than 1 W ensures no energy is wasted when the system is not in operation.

Key technical specifications:

• Nominal output power: 10,000 W, with a maximum active power of 10,000 W.
• Nominal output voltage: 220/230/240 V, adaptable to different local standards with an operating range of 160 V to 270 V.
• Maximum output current: 43.5 A, ensuring efficient energy delivery to power home appliances.
• European efficiency: 97.3%, guaranteeing consistent performance under typical operating conditions.
• Number of MPPTs: 3, with an MPPT voltage range of 40 to 560 V, allowing high flexibility in the configuration of solar panels.

Durability and resilience:
The GoodWe MS GW10K-MS-30 inverter is built to last in diverse environmental conditions, with an operating temperature range from -25°C to +60°C and a relative humidity of 0% to 100%, making it suitable for both hot and cold climates. Its IP66 protection rating ensures the inverter is resistant to dust and water, allowing outdoor installation without concern for the elements. Additionally, it supports a maximum operating altitude of 4000 metres, making it suitable for a wide range of geographical locations.

In summary, the GoodWe MS GW10K-MS-30 is an advanced single-phase solar inverter offering a combination of high performance, design flexibility, and advanced safety features. Its compatibility with Smart Home devices, quiet operation, and ease of monitoring make it an ideal option for those looking to maximise self-consumption and efficiently manage their solar energy.