Het ontwikkelingsperspectief van hybride zonne-omvormers in de nieuwe energie-industrie

The development prospect of solar hybrid inverter in new energy industry

As the pace of global energy transformation accelerates, the solar hybrid industry is ushering in leapfrog development in terms of installed capacity and technological innovation, new formats, new models, and new demand continue to emerge, and the data of an industry organization also predicts the broad development prospects of solar hybrid industry in the future. In 2023, the global PV new installed capacity will exceed 350 GW, and by 2030 the new installed capacity will be close to 700 GW.

Solar hybrid power stations also face new challenges for their development. As a bridge between the solar hybrid power station and the power grid, the  solar hybrid inverter connects the components and the power grid, which not only determines how much power the power station can generate, but also needs to adapt to and support the safe and stable operation of the power grid. Under the new development situation, solar hybrid inverters need to make continuous changes to firmly pull both ends of the power station and the power grid.

In the view of Deming CEO, the continuous increase of solar hybrid installed capacity and the proportion of power generation has put forward new requirements for the development of inverter. In the past, the solar hybrid industry scale was small and had little impact on the power grid. As the scale gets larger, its unique volatility and randomness will bring challenges to the safe and reliable operation of the power grid. How to improve the strength of the power grid will become a difficult problem in the future.

Therefore, we need to change the development thinking, from passive adaptation to active support, and improve the support capacity of solar hybrid inverter on the power grid, which is also the recognized development direction of the solar hybrid inverter industry.”

Deming CEO further explained: Specifically, the power grid environment is also different, some local power grid is strong, some local power grid is weak, solar hybrid inverter needs to automatically adapt to the local power grid environment, always maintain the stable operation of the system, which requires very high control of the inverter.”

From the perspective of the development direction of solar hybrid inverter technology, Deming CEO believes that with the higher and higher market performance requirements for solar hybrid inverters, we must increase the innovation of product hardware and software, which complement each other and develop together. Hardware starts from the product quality, reliability and other aspects, while the software uses big data, algorithm and other technologies to achieve rapid and accurate identification and control, to achieve the purpose of power generation optimization and intelligent operation and maintenance.

Looking forward to the future, Deming CEO believes that under the goal of building a new power system, the market requirements for solar hybrid inverters will become higher and higher. In order to do a good job in the innovation of solar hybrid inverter, it is necessary to fully connect the upstream and downstream of the supply chain, and strengthen the collaborative innovation with component enterprises and power grid companies, so as to play a good role as a bridge and effectively support solar hybrid power to become the main power source.