Skip to main content
RISE logo

RESCHOOL – Unlocking the potential of energy communities

RESCHOOL improves the way energy communities operate by enhancing the technology and behaviour of their users. This will help to make these communities more efficient and effective in their use of energy.

Purpose and goal

RESCHOOL is the short project name for "Strategies and tOOls for Incentivization and management of flexibility in Energy Communities with distributed Resources". The RESCHOOL project aims to increase the active participation of communities in energy markets, enhancing and facilitating the management and trading of flexibility in cooperation with sectoral players.

The RESCHOOL project consortium congregates the necessary competence and critical mass to ensure the achievement of the project goals and it brings together 16 partners from 7 European countries and 4 pilot communities (incl. one in Stockholm, Sweden).

Challenge

Currently, the energy sector is responsible for 72% of the EU’s greenhouse gas emissions, this situation calls for a rapid and effective decarbonization of all sectors. Reaching the sustainability targets negotiated under the EU’s Green Deal requires facing the green transition towards clean energy by increasing the share of renewables and the efficient use of energy.

However, actions and policies of national governments are largely insufficient, and a big responsibility falls on citizens and local stakeholders. A more active role and direct participation of consumers (prosumers) in the energy value energy chain is needed; and this requires a collaborative and aggregated actuation. Moreover, EU Member States need to reduce its dependence of imported energy resources, which implies a significant transformation to manage the flexibility required by an increase of local renewable energy sources.

Solution

To support this transition, the Clean Energy for all Europeans package (CEP) was introduced. Its goal is to improve the functioning and design of Europe’s energy markets and systems, making them smarter, more decentralized and flexible, so that they can better integrate higher amounts of renewable energy. As part of CEP, new market actors called “active customers/consumers and citizens” and “energy communities” are being established.

RESCHOOL focuses on empowering energy communities as relevant energy actors in the energy value chain, not only as collective self-consumers but also as flexibility providers and prosumers. A significant aggregation of heterogeneous energy assets that includes production (e.g. solar PV, Power-to-X, combined heat and power CHP), storage (e.g. batteries, thermal) and controllable loads (e.g. shiftable loads, heat pumps, smart EV charging, etc.) offers enormous potential and opens the participation of energy communities as significant actors in demand-side management (DSM) programmes.

Expected impact/benefit

Energy communities focus on making a positive impact on the environment by using local renewable energy sources and by empowering citizens to act. RESCHOOL strives to contribute to energy communities participating on a level playing field in functioning electricity markets and engage in individual and collective self-consumption (or “prosumption”), by investing in local renewables and other clean energy technologies, and then consume, store, or sell the energy they generate.

Supports the UN sustainability goals

7. Affordable and clean energy
9. Industry, innovation and infrastructure
11. Sustainable cities and communities
12. Responsible consumption and production
13. Climate action
17. Partnerships for the goals
Sandro Benz

Contact person

Sandro Benz

Projektledare

+46 73 901 16 85

Read more about Sandro

Contact Sandro
CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

* Mandatory By submitting the form, RISE will process your personal data.

Maria-Angeliki Evliati

Contact person

Maria-Angeliki Evliati

Projektledare

+46 10 228 43 19

Read more about Maria-Angeliki

Contact Maria-Angeliki
CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

* Mandatory By submitting the form, RISE will process your personal data.

Related

System change with locally shared energy - About the project

The project addresses important issues linked to energy communities. We take a closer look at areas where there are knowledge gaps regarding social barriers, legislation, business models and upscaling.
Story

Energigemenskaper gör det möjligt att dela el med varandra

Energigemenskaper är en smart metod för att kunna producera, återvinna och dela energi mellan bostäder, industrier och andra typer av lokaler. Sedan årsskiftet är det tillåtet att dela energi mellan bostadshus och med det utrymme …
Story

Den elproducerande stadsdelen är framtiden

En energigemenskap innebär att man kopplar samman närliggande byggnader i ett mindre system där man kan producera, dela, återvinna och till och med lagra energi. Det är något som fastighetsbolaget Tornet har tagit fasta på vid utv…
Expertise

Positive Energy Districts (PED)

Positive Energy Districts (PEDs) are areas within a city that are designed to reduce climate impact and promote sustainability by optimizing energy use and maximizing the utilization of renewable energy sources.
Area

Solar energy

Solar power is growing exponentially and projected to be the leading global power source by 2027.  We have independent expertise and leading research in the field.As a scalable and adaptable energy source, the poten…
Expertise

Added value in economic analyzes

RISE can help you to value and make different values visible - values that that arise in connection with a change - and thus more holistically assess the value of, for example, an increased energy and resource efficiency measure.
Project

Just Solar Energy

The investment and deployment of solar energy is increasing rapidly in Sweden, both in urban and rural areas. While it is urgent to transition to renewable energy production, we also have a shared responsibility to aim for an incl…
Project

Community-based Local Energy System in Industrial Areas in Sweden

Community-based Local Energy System in Industrial Areas in Sweden (LESIA) project aims to investigate opportunities and challenges with energy communities /local multi-energy concepts in Swedish industrial areas. A typical in…