A solar inverter is typically the central component of a solar system. It is used to convert a solar PV system’s DC output into AC. AC is the standard for most commercial and industrial appliances.
AC-powered inverters have plenty of capabilities that can help ensure that they can operate at an optimal level. These include advanced features such as data monitoring and system design engineering. After installation, inverter manufacturers also offer a variety of post-warranty services that help keep the system running at its best.
As the cost of modules has fallen, many companies have started focusing on reducing their costs by developing new and more competitive products.
Some companies are even able to achieve this through modifications to their manufacturing strategies. They have also taken the concept of design for manufacturability, which means they’re not afraid to reduce their prices without sacrificing performance.
The continued challenge of providing higher and higher value at lower cost is something the industry must work to overcome.
Grid integration and inverters
High penetration of solar is a recurring challenge that the entire solar industry faces. Although it isn’t specific to inverters, the issue can be solved through the use of advanced utility controls. These features help minimize risks and provide a better and more reliable grid connection.
Due to the increasing popularity of distributed generation projects and utility-scale projects, solar developers are looking for manufacturers that can provide a variety of products and solutions. A flexible and decentralized inverter design can help minimize a project’s LCOE by using multiple inverters.
Inverters have evolved from simply converting electrical currents to AC. They must also keep up with the latest technology and remain cost-competitive while still maintaining the attributes necessary to drive more solar penetration.