Blockchain: A New Solution for the Grid Stability Problem
The emerging blockchain technology will allow to improve the safety, transparency and trust among participants of the energy market giving a new solution for the grid stability problem.
What Blockchain can do for Power Grids
Today, more and more consumers are investing in solar rooftops, heat pumps and other renewables generators to reduce their energy costs and to become self-reliant. But the increasing presence of such technologies is leading to local network congestion and other problems at the grid level. At the same time, high growth in energy consumption, caused by the rise of new hotspots such as data centres, electric vehicles or electronic household appliances, is causing network overload.
To deal with these challenges and to avoid a heavy investments in the grid infrastructure, distribution system operators (DSOs) are currently investigating the concept of smart grid. Congestion management is emerging as one of the most promising strategies to deal with the network issues.
It is in this context, EMAX, a partner within the FlexiGrid project, is leading the development of a peer-to-peer (P2P) trading platform based on the blockchain technology, where DSOs will be able to interact with small prosumers to buy flexibility services, improving the grid stability while addressing problems such as grid congestion and network overload.
Why Blockchain
Because this technology is based on the concepts of decentralization and democratization, which are crucial elements of the energy sector’s philosophy. Blockchain allows many small stakeholders to join the market. It also provides the opportunity of preserve the privacy of inputs while maintaining security against external manipulations and cyberattacks. To put it differently, blockchain improves the safety and transparency of all transactions, building trust among all the participants and opens the door to small players be active in the market.
What are the benefits of using blockchain in the energy sector
Currently, DSOs aiming to solve local network problems offer contracts to a few big flexibility service providers. These transactions are recorded manually and stored in a central database. With the ongoing transformation in the energy sector, new players such as prosumers, aggregators and distributed storage providers are continuing to emerge, bringing more complexity into the energy network. As a result, DSOs need to adapts, to be able to interact with thousand of small prosumers at the same time. Blockchain offers a solution to this challenge. Thanks to automated billing and smart contracting features, it can easily facilitate micro-payments. It is also allows to settle the contractual transactions instantaneously.
Moreover, the technology enables the market players to safely trade with each other without investing trust in a central governing authority, such as platform provider. Unlike central databases, blockchain has no single point of reference. It means that the information is protected against server failures and cyberattacks, which would have to reach every single computer in the decentralized network to be successful. Since every transaction is recorded, checked, and saved on many distributed computers, the threat of any potential fraud or tampering of transactions is also erased.
Such level of transparency and safety improves trust among market players. It also makes it possible to document all transactions and call them up at any time. This advantage can be decisive, particularly for stakeholders like DSOs, who need to synchronize their communication daily.
This article was published originally here.
Why should Scope 3 be the big focus to achieve sustainability goals?
At the industrial and domestic scale, both direct and indirect emission constitutes the contaminated carbon particles that will ultimately lead to atmospheric pollution i.e. most commonly known as greenhouse gases (GHG’s). Direct emission is concerned with the fuel-burning byproducts that
What does it mean to become Carbon Neutral?
Understanding carbon neutrality and the path to a global zero carbon recovery Why are we on this journey to become carbon neutral? You might hear the term ‘carbon neutral’ from brands, organisations, companies, politicians. But what does becoming carbon neutral actually mean?
How to save resources using Satellite IoT
Low-cost satellite IoT will making agricultural water use more efficient and less environmentally harmful. While organizations around the world are waking up to their obligation to protect the environment, progress on decarbonization, water quality and other green initiatives is slow because,