Our work

Our work

What is Demand-side flexibility?

Demand-side flexibility (DSF) refers to the capability of any active customer to react to external signals and adjust their energy generation and consumption in a dynamic, time-dependent way, individually as well as through the support of energy service companies (aggregators).

 

 

Demand-side flexibility can be provided by smart decentralised energy resources (DERs), such as demand management, energy storage, smart and bidirectional electric vehicles and distributed renewable generation to support a more reliable, sustainable and efficient energy system.

Intelligence

Report l Bidirectional charging of Electric Vehicles: enablers & barriers in Europe
The smartEn Map 2023 – Peak Demand Reduction Measures
Report l White Paper on District Self-Balancing
Boosting buildings’ smartness with quantitative metrics in the Smart Readiness Indicator
Joint Statement | Energy Efficiency and Demand-side flexibility: united to make climate neutrality more affordable
Joint letter | Energy leaders call for PPA recognition in EV batteries production

EU Projects

As the European business association for Flexible Demand Management Industry, smartEn aims to ensure that the sector is well represented in different EU-funded projects, both as an active participant in different projects through the association as well as by supporting our members in joining different projects themselves.

As an active project partner, smartEn’s expertise lies in:

  • Drafting regulatory and market analysis including recommendations for policymakers
  • Exploitation of the project’s results
  • Communication and networking with our EU-wide network engaging them in workshops and events where the projects’ learnings take center stage.

 

smartEn members play an important role in our project-related activities, whether directly involved as an active partner, for which we facilitate the creation of consortia, or sharing their knowledge in different deliverables. smartEn helps its members to become part of a European project and/or to strengthen projects proposals by providing expertise as the leading voice of FDMI in Europe.    

 

For more information on EU funding opportunities and upcoming calls please contact [email protected]

Ongoing Projects

DECODIT will develop digital services to support citizens on decision making to participate in the energy transition through co-created services and customer journeys.
EU Funding: 3 999 387,50€
DR-RISE aims to illustrate the gain that Demand Response can bring to the entire residential sector, from tools developers to manufacturers and end- consumers.
EU Funding: 5 894 433, 75€
FEDECOM is developing the technical and business ecosystem to demonstrate the advantages of energy sector coupling across European energy communities.
EU Funding: 7 635 000€

Past Projects

TwinERGY introduces a new digital twin for the energy market to optimise demand response at the local level without compromising the well-being of citizens and energy communities.
EU Funding : 5 903 474,39 €
V2Market incorporates EV Batteries into the electricity system as storage and flexibility capacity using Vehicle-to-Grid (V2G) and Vehicle-to Building (V2B) technology.
EU funding : 1 999 857€

Campaigns & Video Explainers

Fundraisers

In late 2023, smartEn raised 3000euros for the Chortkiv rehabilitation centre for disabled children located in Ukraine – which assists children aged 4-16 in then community register. The centre aims to improve the quality of life of children with disabilities through comprehensive rehabilitation while creating opportunities for their social and independent integration. 

 

Why did smartEn engage in this endeavour? 

Well, energy independence for the centre will ensure that, despite the instability caused by Russian attacks on energy infrastructure, the centre’s activities can continue as a result of the energy security, savings, comfort and visibility.

With the funds raised, alongside the support of Huawei Ukraine, Ajax Systems & Helion Energy AG, the following were installed:

     

      • 4.3 kW of ground-based solar;

      • 20 kWh battery storage systems;

      • A microclimate and air monitoring system;

      • Smart Meters & Inverters.

    An entire energy audit was also necessary.

    This together will allow the institution to withstand power outages of up to 24 hours and work comfortably with children even during frequent blackouts.

    smartEn would like to thank all it’s donors and the supporting organisations that made this a reality.

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