GoodWe Unleashes Next-Generation Hybrid Inverter ES G2 for the Residential Solar Market

GoodWe, a leading provider of solar energy solutions, has launched an upgraded version of its Energy Storage Inverter (ES G2) for the residential solar market. The new inverter boasts several improvements over its predecessor, including increased efficiency, enhanced monitoring capabilities, and a sleek new design.

The ES G2 is designed to work seamlessly with solar panels to provide reliable and efficient energy storage for homes and small businesses. Its high-efficiency rating means that more of the energy generated by the solar panels is stored in the battery, rather than being lost as heat. This results in more usable energy for the homeowner and a more cost-effective system overall.

One of the key features of the ES G2 is its enhanced monitoring capabilities. The inverter is equipped with a web-based monitoring system that allows homeowners to track the performance of their solar panels and battery in real time. This allows them to optimize their energy usage and ensure that they are getting the most out of their solar system. In addition to its technical improvements, the ES G2 also boasts a sleek new design that will complement any home’s aesthetic. Its compact size and modern look make it a great addition to any solar energy system, whether it is installed on a roof, in a backyard, or on the side of a building.

GoodWe is committed to providing the residential solar market with the highest quality products, and the ES G2 is no exception. The company’s dedication to research and development ensures that its products are always at the cutting edge of technology, which can help homeowners and small business owners reduce their energy costs and their impact on the environment.

Optimizing Solar Energy Backup:

Introducing the Compact and Efficient Inverter for Residential Use. The GoodWe ES G2 inverter, ranging from 5kW, is a single-phase hybrid inverter designed to increase the self-consumption of the generated solar energy, with the ability to control the flow of energy intelligently. The inverter can automatically realize UPS-level switching to the back-up mode in less than 10ms, with strong backup ability to withstand heavy loads like air conditioners. Its smart design also offers great flexibility for demanding scenarios as it supports parallel connection for dependable backup power supply. Featured with plug-and-play, compact design, and minimal weight, PV installations are quicker and easier to complete than ever before. Importantly, ES G2 is compatible with a wide range of low voltage batteries such as GoodWe Lynx Home U battery. For homeowners looking to achieve a high degree of energy autonomy, reliable power supply and affordable energy prices, the ES G2 is the right choice.

A Smart Control & Monitoring Inverter

An advanced energy storage inverter designed to provide homeowners and small businesses with increased control and monitoring capabilities. It features smart load control with dry contacts, allowing for remote management of the load on the inverter for optimal efficiency, as well as smart home integration with multi-protocol communications for energy cost reduction. Real-time monitoring is also possible with this inverter, allowing for quick identification and adjustment of any issues with the solar energy system.

Superb Safety & Reliability

Solar energy systems are designed with safety and reliability in mind, ensuring that they are both effective and safe for use. One key aspect of this is the optional AFCI (arc fault circuit interrupter) on the DC side of the system. This feature helps to detect and prevent electrical arcing, which can be a major cause of fires in solar systems.

Optional AFCI on DC side

The optional AFCI on the DC side of the system is a highly recommended safety feature that helps to detect and prevent electrical arcing, which can be a major cause of fires in solar systems. This feature is designed to automatically shut off the system in the event of an arc fault, providing an extra layer of protection for your solar energy system.

Remote Shutdown

In addition to the optional AFCI, solar systems also have the ability to be remotely shut down if necessary. This feature allows for remote monitoring and control of the system, and can be useful in emergency situations. It also allows for quicker response time and more efficient management of the system.

Overall, the safety and reliability features of solar systems are essential for ensuring their proper functioning and protecting against potential hazards. The optional AFCI on the DC side and remote shutdown capabilities provide added protection for your solar energy system, making it a wise investment for any property.