What is Virtual Power Plant (VPP)?
Imagine that with the help of management software, anyone could regulate the energy provided by wind turbines, solar panels, biomass plants, and conventional energy sources from their computer screen in any office. You don’t have to imagine anymore because it has become a reality.
we are talking virtual power plantis increasingly relevant New energy management conceptbased on Intertwining multiple energy sources into a single power stream of demandtechnology, and managed by the Internet of Things.
The world’s energy supply mostly comes from conventional sourcesThe International Energy Agency forecasts that oil reserves could last another half century. With these alarming facts in mind, it seems imperative that both governments and businesses do something about it. A countdown to improve your energy management system, so that they can be more efficient and provide better and enhanced services. That’s where a virtual power plant or VPP fits in. Let’s see what they are.
“Virtual power plant, we know how this new method of energy management works”
How does the virtual power plant work?
For a while, Energy microgeneration or micronetworking That is, households or buildings that not only generate their own energy requirements via renewable resources, but also store and share them.In other words, the concept of prosumera mixture of energy consumers and producers appears on the playing field.
But in order for this micro-generation process to work like a traditional energy source, all these little “renewable energy plants” need to be managed from one place. The concept of virtual power plants emerges: A group of energy-producing installations managed by a single control system or software.
The purpose of VPP is to allow you to: Manage customer energy needs collect Deal with potential network failuresVPP basically consists of remote software that helps regulate specific energy consumption by connecting, regulating and monitoring distributed, stored and controlled charge energy generators. In other words, VPP allows clustering of residential and commercial or industrial energy sourcesand manage them collectively within a particular price range or under a decentralized energy strategy.
This segmentation by type, location, need, cost, and other variables offers great flexibility to customersThis is due to the need for more efficient forecasting and improved operational decision making. VPP could ultimately act as a single managed entity in the marketplace thanks to the portfolio of large and small generators and customers it manages and the storage options allowed by its system. I have.
there are many However, the benefits regarding virtual plants are undeniable.This is because energy can be produced more affordably in localized areas, with less environmental impact, fewer network disruptions due to peak demand, and more flexibility for customers.
In Europe, many programs are looking for ways to increase the supply capacity of distributed networks in their respective markets, and companies are beginning to participate in viable strategies to offload legacy systems.
in the meantime, Leading Australian Renewable Energy Funder Launches Project By AGL Energy to explore the feasibility of a nationwide virtual power plant implementation strategy. The system is the most ambitious to date and could serve as a blueprint for many other countries in the field of virtual plant energy management and marketing.
Fuente: The Guardian, La Salle Blog, Sustainability for All, Greentechmedia, Energy.gov, Technology Review
