The Noordermeerdijk solar park is a significant milestone for the energy transition in the region. The plant comprises over 161,000 bifacial modules and generates around 93,000 MWh of clean energy per year – enough to supply 37,000 households and save 40,000 tons of CO₂ emissions. With the support of 14 transformer stations, an efficient and reliable feed-in to the grid is guaranteed.
Noordermeerdijk solar park
Project
Noordermeerdijk solar park
Country
Netherlands
Place
Noordoostpolder
Power
98 MWp
Initial situation & objectives
The aim of the project was to implement a large-scale solar park that makes efficient use of existing infrastructure and is optimally embedded in the regional landscape. The location along the dyke and in the middle of an existing energy area required construction planning that took into account geometric specifications, natural conditions and the proximity to wind turbines.
Location & landscape integration
The plant is being built along the Noordermeerdijk and blends into the landscape with parallel rows of modules. The arrangement has been chosen so that it complements existing wind energy use and follows the visual lines of the dyke.
A special feature is the close involvement of the local community:
- Eleven property owners are involved in the project.
- Part of the proceeds flow into a regional sustainability fund that supports municipal energy neutrality.
Technical implementation & construction
Over 161,000 bifacial modules were installed for the implementation, which enable a high energy yield on a limited area. The system is segmented by 14 transformer stations, allowing Maintenance, monitoring and feed-in to be organized efficiently.
One technically innovative aspect is the use of an existing Grid Connection via cable pooling. Sharing a connection with a neighboring energy project eliminates the need for additional grid expansion – a resource-efficient and cost-saving solution.
Project coordination & stakeholder management
As the first project for HVC, the focus was on close coordination between all parties involved. Cooperation with municipal stakeholders, landowners and regional initiatives was integrated in a structured manner from the outset. Regular planning loops, transparent construction progress and clearly defined milestones ensured that technical, ecological and social requirements were given equal consideration.
Result & added value
The Noordermeerdijk solar park is an example of how regional energy transition, landscape development and technical efficiency can be combined. Thanks to its high annual production and consistent grid integration, the project makes a key contribution to the decarbonization of the Noordoostpolder and strengthens regional energy autonomy.
Facts at a glance
- 93,000 MWh renewable energy annually
- Supply of ~ 37,000 households
- ~ 40,000 t CO₂ less per year
- Cost-efficient grid connection thanks to existing infrastructure
- High acceptance through local participation
- Harmonious integration into the landscape along the dyke
