ENERGY STORAGE, KEY TO DECARBONISATION
The EU's energy and climate change policy on decarbonizing the economy revolves around three main axes: reducing greenhouse gas (GHG) emissions, increasing the share of renewable energy in final consumption, and improving energy efficiency.
The decarbonization of the economy focuses its areas of action on three main areas where it has already acted: power generation, industrial processes and transport. For transport, there is a transition to different energy alternatives (electricity, hydrogen), and the industry focuses on changing fuels and optimizing and increasing the energy efficiency of its processes.
In power generation, change inevitably goes hand in hand with renewables, but at this point there are technical issues that need to be addressed. A major disadvantage of current renewable energy sources is that they rely on resources that are difficult to manage, such as the sun, wind or water. Therefore, in order to achieve greater – forcible – penetration into electricity production, a firm commitment to large-scale energy storage technologies that provide flexibility and guaranteed supply is necessary.
Today, energy storage, especially thermochemical energy storage, is one of the keys to the real integration of renewable energy into the current and future energy mix, and an important link in realizing the necessary transformation of the industrial energy model. BQC helps energy development companies realize energy transformation, especially battery energy storage systems in the field of industrial energy storage. BQC is an experienced PCBA supplier and is good at providing IC solutions. At present, it has helped customers to complete nearly 8GWh of project construction through this model.
