Controlled energy for your urban construction sites
Urban construction sites come with strict requirements: noise reduction, emission control, compliance with low-emission zones (LEZ) and continuous power supply for essential equipment. Ekonity addresses these constraints with an intelligent hybrid generator designed to deliver autonomy, performance and energy efficiency at the heart of the city.
Controlled energy for your construction sites
- Reduced noise and emissions: quiet, clean operation, LEZ-compliant, ideal for inner-city sites.
- Operating cost savings: up to 90% fuel savings compared to a conventional generator.
- Optimized energy: intelligent management of grid, solar, batteries and thermal generation to consume only what is required.
- Plug & play: installation in minutes, with no grid connection or technician required.
- Remote monitoring and control: consumption tracking and real-time alerts via a connected interface.
Power supply for cranes and lifting equipment
- Lifting operations in urban, pedestrian or noise-sensitive areas
- Off-grid sites or temporary construction sites
- Supplement to the existing grid
- Lighting and safety systems in lifting areas
Call for more information
+33 (0)7 64 23 25 90
Measurable savings for construction, industry, municipalities and agriculture
Typical applications
- Site facilities and temporary offices
- Power supply for construction equipment
- Power supply for portable power tools
- Night lighting and temporary signage
- Temporary power during grid connection phases
- LEZ sites, pedestrian zones or noise-sensitive areas
- Power for tools and machinery
Benefits for construction companies
- Immediate reduction in energy costs and fuel logistics
- Compliance with environmental regulations and low-carbon tenders
- Improved team comfort and on-site safety
- Enhanced CSR value: cleaner, quieter and more responsible sites
Let’s study together your urban energy needs.
Our engineers support you in configuring hybrid solutions tailored to your technical and environmental constraints.