EnerGIS is a map-based application designed to help local governments in planning and evaluating the transition to renewable (solar) energy. By leveraging geospatial data, the tool streamlines the assessment of rooftop solar potential, making it a valuable asset for city officials, urban planners, and sustainability experts, and aiding cities in achieving their sustainability goals.
The tool enables users to select buildings and immediately analyze their solar potential, providing valuable insights such as the number of photovoltaic panels that can be installed, estimated energy output, cost savings, and CO2 emission reductions. It also allows users to export data and generate reports from insights. These insights assist municipalities in making informed decisions and seeking investment for renewable energy projects.
In addition to the assessments, the tool provides basic information on PV panels, storage units, and installation procedures, empowering users with the knowledge to support the transition to renewable energy.
Want to use the tool in your region?
Contact unitac@un.org for more information about how to use the tool in your region.
Partners
The initial concept was developed with inputs from Drohobych hromada, in Ukraine
Features and functionality
EnerGIS empowers municipalities to effortlessly achieve their sustainability goals. The tool:
- helps cities quickly identify high-potential sites for PV installation, speeding up renewable energy adoption
- optimize investments in solar energy, ensuring maximum return on sustainability efforts
- ensures decisions are aligned with the latest regulations and innovations
- contributes to long-term sustainable urban development
Scalability
- The tool is designed following a modular approach and can be adapted for cities of any size, from small towns to large metropolitan areas.
- Access to detailed energy-related data is required for accurate analysis and projections.
- The EnerGIS tool can be deployed as part of the Urban Recovery Planning System platform (URPS).