The number depends on users, vehicles and grid capacity. As a guiding order of magnitude: an average secondary school often starts with 2 to 6 AC charging points with EMS control, a municipal administrative site with 4 to 10 charging points spread across staff, service vehicles and public charging. Powerland determines the exact number based on a site analysis.

The investment depends on the number and type of charging points (AC or DC), the distance to the main connection and the combination with EMS, battery storage or PV. A budget typically consists of three parts: the charging infrastructure, the installation and cabling costs, and the EMS and management platform with maintenance. Powerland provides a detailed cost estimate within the specification or tender.

A typical process runs from 8 to 16 weeks from approval, with the installation itself often taking place during a school holiday or closure period. For larger projects with grid modifications this can increase - early coordination with the grid operator is then crucial.

Yes, without control simultaneous charging can cause peak loads and failure. An Energy Management System (EMS) automatically distributes the available power across building, charging stations and other installations, with priority for critical consumers.

Yes, especially because schools and public buildings have high daytime consumption. A large part of the generated energy is immediately used on site, which increases profitability. The payback period depends on roof orientation, consumption profile and possible battery storage, and is calculated per project.

Support differs per region and changes regularly. In outline, there are three channels: regional premiums for energy efficiency and renewable energy, school-specific trajectories via education umbrella organizations or agencies, and municipal climate funds or specific calls for charging infrastructure. Powerland keeps track of the current subsidy landscape.

Especially with significant peak consumption, limited grid capacity or combination with solar panels. A BESS stores energy locally, uses the available capacity more efficiently and postpones grid reinforcement - often the key to electrifying a fleet within the existing connection.

Access control per user group - with badge, app or QR code - limits use to authorized persons, and each charging use is registered. Robust hardware and placement in lit, visible locations further reduce risks.

Yes. For public buildings, a phased approach is often chosen, expandable without reinvestment in basic infrastructure. The order is aligned with the organization's priorities - charging needs, energy cost reduction or CO2 reporting - and calculated in a multi-year plan.

Via a central Energy Management System, consumption per building or location is monitored and reported, with insight into production, consumption and charging. Useful for budget monitoring, sustainability reports and policy accountability.

Yes. Powerland has experience with public tenders, framework agreements and public specification structures. We provide technical files, energy calculations and proposals that are directly usable within tender or subsidy files.