Photovoltaic inverter cooperation model

What is co-operative innovation in the photovoltaic industry?

Cooperative innovation spread from the east to west in space and from the central area to surrounding cities. In terms of the industry chain, the initial innovation cooperation (in 2010) of the photovoltaic industry focused on mid-stream links such as solar cells and module manufacturing.

What are the advantages of Es collaborative control technology based on photovoltaic inverter?

The development of PV and ES collaborative control technology has created good conditions for voltage regulation based on the photovoltaic inverter and energy storage, and this method has a relatively low regulation cost and higher application value.

How are energy storage and photovoltaic inverters divided?

The power of energy storage and the power of the photovoltaic inverter are divided into four groups according to the overall voltage–cost sensitivity. A grouping cooperative control strategy is proposed, giving priority to the resources with higher voltage–cost sensitivity. 2.

What drives the innovation network dynamics of the photovoltaic industry?

The innovation ability of the actors in the network is one of the driving factors of the innovation network dynamics of the photovoltaic industry. The actors with strong innovation abilities show outstanding performance in innovation resources, internal culture, and management philosophy.

How does geographic proximity affect Photovoltaic Industry Innovation?

Not only is geographic proximity used as one of the drivers of the evolution of the photovoltaic industry innovation network but the Stochastic Actor-Oriented (SAO) Model is also employed to measure the threshold of geographic distance for innovation cooperation to draw more regularity conclusions. The rest of the article is organized as follows.

Is distributed photovoltaic a fixed power source?

The above methods have mainly focused on consideration of distributed photovoltaic as a fixed power source, and the uncertainty has not been fully considered. In response to this, reference proposed a dynamic voltage control method for a distribution network based on distributed model predictive control.