WHAT IS MERLON?
MERLON introduces an integrated modular local energy management framework for the holistic operational optimisation of local energy systems in presence of high shares of volatile distributed renewable energy sources. Optimisation in MERLON applies to multiple levels spanning optimal coordination of local generation as well as flexibility provision to facilitate maximum integration of renewable energy, avoidance of curtailment and satisfaction of balancing/ancillary grid needs.
In this sense MERLON will also enable the realisation of novel business models, allowing local energy communities to introduce themselves in local flexibility markets, while assigning to local Distribution System Operators the tools for the provision of added value services to the overlay distribution grid.
CHALLENGES & NEEDS
Renewable Energy Sources (RES) have and will continue
to spearhead the race for clean electricity generation.
The increasing share of RES in the energy system combines two major trends, firstly the decentralisation of electricity generation and secondly a progressive loss of generation control and accurate predictability. Despite their obvious benefits for the energy system, the grid integration of variable and intermittent RES presents major challenges in matching their non-deterministic output to electricity demand. Great challenges exist especially in connecting RES at low voltage levels where their importance is higher in increasing the efficiency of the energy system (load demand closer to the generation source) as well as involving the energy users in becoming more active players in energy markets.
In this context, the decentralisation of electricity generation requires equally decentralised and affordable solutions to integrate more RES, increase the security of supply and decarbonise the EU energy future.
Safeguard local energy system reliability and the transition to a more decarbonized energy future through integrated flexibility optimisation and control strategies
Establishing local energy communities and local flexibility markets for the transparent sharing of benefits achieved through flexibility-based Integrated Local Energy Systems optimisation to all involved stakeholders
Deliver open standards-based interoperable solutions that ensure a high replication potential around the EU and can be widely accepted by local consumers/citizens
Validate the resulting solutions in real-life environments and ensure enhanced consumer engagement in Integrated Local Energy Systems optimisation
Promote the adoption of the MERLON solution as a next-generation Integrated Local Energy Systems optimisation framework through intense dissemination and knowledge transfer of the project’s outcomes towards the targeted stakeholders, reaching out to international audiences within and beyond the EU
Enable digitalisation of local energy communities with the integration of ICT-enabled human-centric demand response optimisation
EV-Flexibility Profiling Module
Provision of individual electric vehicle flexibility profiles basedon mobility behaviour of the drivers
Facilitation of participation in Grid-to-Vehicle and Vehicle-to-Grid programmes
Enabling integration of electro-mobility in local energy systems through charging & de-chargin
Allowing EVs to act both as demand and storage assets
MERLON products and solutions Austria
MERLON products and solutions Spain
India Smart Utility Week Poster
Official MERLON Folder
Official MERLON Flyer
Handout DSO Edition
Handout Aggregators Edition
Handout Policy Makers Edition
Handout Standardisation Bodies Edition
Handout Regulators Edition
Publications & Papers
BRIDGE is a European Commission initiative which unites Horizon 2020 Smart Grid and Energy Storage Projects to create a structured view of cross-cutting issues which are encountered in the demonstration projects and may constitute an obstacle to innovation. MERLON partners are engaged in various working groups and task forces exchanging experience and learnings from the project.
Some other projects may be highlighted here, which are operating in the same call, providing various approaches to address the challenges of integrated local energy systems with increasing shares of renewable energy sources: