Market Trend of Solar Inverter

Upgrading the digitization and intelligence of solar inverter, targeting intelligent IoT

The key function of solar inverter is to convert solar energy into electricity for use in the grid. In the past, solar inverters were considered to be independent and disconnected from one another. However, in the new digital energy world, software platforms are unlocking previously isolated and separated device components. Multiple international solar inverter suppliers have developed proprietary internal IoT software platforms, selling solar energy, energy storage hardware, and digital services to commercial chain companies, large public utilities, and other non-traditional customers, extending their business to thousands of independent owners.

The expansion of external functions in solar inverter eclipses the core functionality

As solar inverter moves towards digitalization and intelligence, it will add more and more energy management functions, including photovoltaic energy storage management, safety management, automatic monitoring and maintenance management, and household microgrid management.

Solar inverter technology strategy is being re-aligned

Traditionally, there are five technical routes for inverters, namely centralized inverters, decentralized inverters, string inverters, microgrids and power optimizers, and large inverters. With the intelligent upgrading and diversified development of inverters, the functions of different technical route inverters will be re-matched, and new functions will be added to meet market needs, leading to the emergence of new types of inverters.

Installation precautions and maintenance: Check whether the solar inverter is damaged during transportation before installation. When choosing a installation site, make sure there is no interference from any other electronic equipment in the vicinity. Before making electrical connections, cover the photovoltaic panel with non-transparent material or disconnect the DC side circuit breaker. Exposed to sunlight, the photovoltaic array will generate dangerous voltage. All installation operations must be performed by professional technicians. The cables used in the photovoltaic system's power generation system must be securely connected, well-insulated, and of the appropriate specification.