What is power system integration?
Power system integration is the strategizing and functioning of the power system entirely across multiple power carriers, consumption sectors, and infrastructure. It generates stronger relations between them to bring low-carbon, dependable, and resource-efficient power services, at the most probable cost for the community. Power system integration is the trail towards an affordable, effective, and deep decarbonization of the economy of Europe.
The present energy system is constructed on vertical and parallel power value chains that rigidly connect specific power resources with specific end-use sectors. The separate silos representation cannot bring an unbiased climate economy. It is economically and technically inefficient and directs to considerable losses in the form of waste heat and little energy efficiency.
The power system integration plan sets out an idea on how to speed up the conversion towards a more integrated power system, in prop up of clean power and an impartial climate economy while increasing power security, guarding the health and the surroundings, and promoting development and global manufacturing leadership.
The plan sets out 38 actions to execute the essential reforms. They comprise of the revision of the current power legislation, financial backing or research and operation of new technologies and digital types of equipment, regulation to member states on economic measures and getting rid of fossil fuel subsidies, market authority reform and holistic infrastructure strategizing, and enhanced information to customers.
The main strategy elements
The plan is built on three balancing and mutually reinforcing rudiments.
- Primarily, a more circular power system, where zero power is wasted and where power efficiency is the primary consideration. A good example is to make possible the recycling of the waste heat from manufacturing sites and statistics centers.
- Secondly, the usage of cleaner power produced from recyclable sources. As recyclables become inexpensive, electricity will be cleaner. We call for an extension on the usage of that clean power into more locations such as buildings, transport, and industry, which conventionally depended on fossils.
- Thirdly, the renewable promotion and low-carbon fuels, comprising of hydrogen, for subdivisions that are not easy to decarbonize, like heavy transport and business. It will be completed by unlocking the probability of sustainable biofuels and biomass, recyclable hydrogen, and synthetic fuels. It was permitting carbon capture, use, and storage: illustrating the definition of different recyclable and low-carbon fuels and backing their growth, and endorsing innovative projects.