Municipalities & Public Organizations

Municipalities & Public Organizations

Sustainable Energy for Public Buildings and Infrastructure

Accelerate your sustainability goals with smart solar energy, battery storage and building-integrated energy solutions for public buildings, infrastructure and area development.

Foresite Energy helps municipalities and public organizations make smarter use of available roofs, facades and infrastructure for local renewable energy generation. From solar facades and rooftop solar to battery storage and solar noise barriers, we develop solutions that fit the location, energy demand and long-term goals of the project.

Sustainable Energy for Public Buildings and Infrastructure

Accelerate your sustainability goals with smart solar energy, battery storage and building-integrated energy solutions for public buildings, infrastructure and area development.

Foresite Energy helps municipalities and public organizations make smarter use of available roofs, facades and infrastructure for local renewable energy generation. From solar facades and rooftop solar to battery storage and solar noise barriers, we develop solutions that fit the location, energy demand and long-term goals of the project.

Challenges for Municipalities and Public Organizations

Municipalities and public organizations face the challenge of translating climate and energy goals into practical projects. At the same time, grid congestion, limited space, existing buildings and complex project requirements can slow down the transition.

By using roofs, facades and infrastructure for energy generation, new opportunities arise to produce renewable energy locally without requiring additional land.

Solutions for Your Business

Battery Systems

Smart energy storage for
buildings and businesses in the Netherlands.

ZigZagSolar facade

Building-integrated solar facades with maximum energy yield and complete design freedom

Vertical Solar facade

Generate renewable energy with your building facade using vertical solar facade systems

Rooftop Solar

Transform your roof into a powerful solar energy system with our vertical bifacial solar panels

Solar noise barriers

A noise barrier with integrated solar panels - a smart solution for noise reduction and renewable energy generation

For which projects?

Our solutions are suitable for existing locations as well as new-build, renovation and area-development projects.

  • Municipal and government buildings
  • Schools and educational buildings
  • Sports facilities and community buildings
  • Parking facilities and mobility hubs
  • Public housing projects
  • Roads and infrastructure
  • Business parks and area-development projects
  • Buildings with limited roof space

Why choose Foresite Energy?

Smart Use of Space

Use not only roofs, but also facades, noise barriers and other existing surfaces.

Reduced Grid Impact

Combine solar energy with battery storage to use energy more intelligently and reduce peak demand.

Future-Ready Projects

Develop energy solutions aligned with long-term goals for sustainability, CO₂ reduction and energy performance.

Smart Use of Space
Use not only roofs, but also facades, noise barriers and other existing surfaces.
Reduced Grid Impact
Combine solar energy with battery storage to use energy more intelligently and reduce peak demand.
Future-Ready Projects
Develop energy solutions aligned with long-term goals for sustainability, CO₂ reduction and energy performance.

From Building to Area

Sustainable energy does not have to be limited to a single building. Within municipal areas, public buildings, infrastructure, parking locations and other surfaces can become part of a local energy system.

By combining solar energy with battery storage and smart energy management, locally generated energy can be used more efficiently while reducing pressure on limited grid capacity.

Sustainable infrastructure

Infrastructure often provides large surfaces that are still underused for energy generation. ZigZagSolar solar noise barriers, for example, make it possible to combine noise reduction and solar energy generation in one solution.

This makes the solution relevant for roads, mobility projects, urban development and other public infrastructure projects.

How We Work

STEP 1
Site and Energy Analysis

We analyze the location, energy demand, available roof and facade surfaces, infrastructure and grid connection.

STEP 2
Custom Solution

We determine which combination of solar energy, battery storage and building or infrastructure integration best fits the project.

STEP 3
Development and Implementation

We support the technical development and guide the project toward a feasible and future-ready energy solution.

Would You Like to Explore the Renewable Energy Potential of Your Site?

Every public location offers different opportunities. Foresite Energy helps you understand the potential of roofs, facades, infrastructure and battery storage for local renewable energy generation.

Frequently Asked Questions

Which energy solutions are suitable for municipal buildings?

This depends on energy demand, available roof and facade surfaces, grid capacity and sustainability goals. A combination of rooftop solar, solar facades and battery storage can often be an effective solution.

Can battery storage help with grid congestion?

Battery storage can temporarily store locally generated energy, reduce peaks in energy demand and help make more efficient use of available grid capacity.

Can existing public buildings be fitted with solar facades?

In many cases, yes. Suitability depends on facade construction, orientation, shading and available surface area. Solar facades can be particularly interesting during renovation or where roof space is limited.

Where can solar noise barriers be used?

Solar noise barriers are suitable for locations where noise reduction and renewable energy generation can be combined, such as along roads, business parks and urban infrastructure.

What is the first step?

We start with a discussion and an initial assessment of the location, energy demand and project goals. Based on this, we can determine which solutions should be explored further.