Microgrids, AI &
Standardised models
Microgrids, AI, and standardised models make it possible to accelerate the electrification of Danish companies delivering competitive green power at a fixed price.
For municipalities and industrial parks, this opens a new pathway to faster realisation, reduced dependence on the collective grid, and increased local value creation. But it requires new thinking and a strategic electrification partnership.
“Business as usual” does not solve the problem…
In Denmark, municipalities have traditionally played a limited role in how the market develops solutions. The municipality provides land and permits, while companies themselves establish partnerships and business models.
Today, this approach is under pressure. Access to electricity is severely constrained, while companies’ demand continues to grow.
If business as usual continues, there is a risk that business and industrial parks will not be realised as planned. At best, isolated renewable energy assets are established, capable of supplying only a few companies, while the collective grid remains a bottleneck.
Simultaneity is key – and local value creation is the result. Without microgrids, green areas risk being tied up in long-term PPAs elsewhere, while grid expansion timelines fail to match business needs.
- State-designated industrial parks
- Other municipal industrial parks
Strategic collaboration secures the project from the outset
Microgrids as a lever for municipal business development
Many municipalities experience insufficient grid capacity, slowing business development just as electrification accelerates. The challenge concerns both security of supply and costs.
Microgrids – local energy systems based on renewable energy, batteries, and intelligent control – enable faster realisation of attractive industrial parks, create local jobs, and provide access to competitive green power at a fixed, predictable price.
Microgrids: what, why, and how
The challenge of the existing energy grid
Capacity shortages in the grid
- Timeframes of 5–15 years
- Lengthy planning and permitting processes
- Large socio-economic investments
Changing industrial Demands
- Access to renewable energy
- Stable and secure power supply
- Predictable energy prices
Modern technology delivers a future-proof solution
Less transport, more green power
- Renewable energy generation (solar and wind)
- Battery storage
- Optional backup capacity
- An intelligent Energy Management System (EMS)
INDEPENDENce & SECURITY OF SUPPLY
- Operated as a complement to the public electricity grid
- Operates in island mode with limited or no exchange with the grid
Benefits of microgrids
for municipalities
Faster realisation of business and industrial parks
Microgrids can be established independently of the slow grid expansion. This means that municipalities can:
- Development independent of grid expansion
- Secure access to green power from day one
Local acceptance of renewable energy
Resistance to renewable energy plants in rural areas is due, among other things, to the fact that production is experienced as a local nuisance, while consumption & value creation occurs elsewhere. Microgrids strengthen local legitimacy and acceptance because:
- Local use of electricity
- Direct linkage between renewables, jobs, and value creation
Strengthened green business profile
Business parks with integrated Microgrids can be marketed as:
- Future-proof business areas
- Attractive to ESG-focused companies
- Fixed-price green electricity
Successful energy supply requires municipal leadership
Microgrid and business park must be thought together from the start
- Microgrids as an integrated planning element
- Designed for island or limited grid operation
Municipality as process owner
- Early ownership of planning
- Early tenders with independent advisors
- Avoiding lock-in from legacy practices
1
Municipal Ownership
2
Design of process with an impartial advisor
3
Partnership or Tender
4
Industrial park with reliable & competitive energy supply
Plexar Energy
delivering a well-designed microgrid model
End-to-end solution
- End-to-end solution
- Development, permitting, and construction
- Ownership and operation
- 24/7 monitoring and maintenance
Fixed and competitive pricing
- Long-term agreements (10–20 years)
- Predictable electricity prices
Intelligent optimisation
- Optimisation of flexible consumption
- Battery operation and market interaction
- Grid exchange optimisation