Solar energy is leading and overtaking fossil fuels across Europe. The European Commission has targeted 600 GW of total installed PV capacity by 2030 to offset the loss of Russian imports. This growth represents a revolution in the distribution grids, which must adapt to the increasing solar PV capacity. Congestion issues are likely to emerge across Europe as a result.
Solar Connection
Optimising all steps of the grid connection procedure is paramount to achieve an efficient and faster integration of assets, for small to large-scale solar photovoltaic (PV) projects
Read the paper
The Solar Connection project was designed to address this challenge through a collaborative approach. Experts from the solar and distribution system operation (DSO) industries across Europe, came together to discuss grid integration optimisation, identify best practices, and develop joint solutions. To that purpose, Eurelectric and SolarPower Europe organised a series of three roundtables and here are some essential messages that emerged from them:
1
Secure the necessary grid investment based on political objectives and 2050 perspective.: political support is crucial to secure the necessary infrastructure deployment, notably through anticipatory planning and investment.
2
Make the EU governance structure up to the challenge of grid modernisation, expansion, and digitalisation: the EU should propose new grid governance instruments beyond the existing TYNDP, that will include the distribution level, to ensure the implementation of the clean energy package, monitor the performance of grid infrastructure and facilitate the exchange of best practices
3
Standardise and digitalise connection procedures: grid connection procedures must be streamlined, standardised, and digitalised to bring clarity and efficiency to the procedure while ensuring full transparency for market stakeholders. The implementation of deadlines can be incorporated for the most efficient achievement of this goal.
4
Incorporate flexibility: decarbonising the EU means integrating DERs in the distribution grid. This requires an assessment and mapping of flexibility needs and solutions to efficiently manage grid capacity and optimise the use of all generated power.
5
Encourage innovation to develop efficient grid and capacity management solutions: to facilitate energy transition, innovation in deployed technologies and operational practices is required. Policymakers and regulators must foster innovation through the regulatory framework and incentives.
Interested in becoming a member?
Why become a member?
Do you want to stay up-to-date about solar energy?
