A New Transparency Tool: Monitoring Public Photovoltaic Stations in Ivano-Frankivsk

We are pleased to introduce a new feature within the U_CAN project - a public monitoring page for photovoltaic (PV) stations in Ivano-Frankivsk.The resource is available at: https://asempv.escoua.com/uk/p/ucan/ and enables real-time tracking of performance, locations, and operational statistics of PV inverters installed through project-related initiatives.

Why We Created This Page

Ivano-Frankivsk is one of U_CAN’s pilot cities, chosen to demonstrate how Ukrainian cities can move toward climate neutrality through the practical deployment of green technologies. Among its key initiatives are the implementation of photovoltaic systems and energy-efficient solutions in public buildings.

The launch of the monitoring page is a logical continuation of this effort. It makes it possible to:

• aggregate key performance indicators of solar power plants built with equipment from different manufacturers, enabling assessment of generation patterns and overall efficiency;

• ensure transparency - anyone can see where the PV inverters are located, how much energy they have produced, and how their performance changes over time;

• evaluate real-life results and the effectiveness of solar energy in the public sector - a crucial step toward scaling up similar solutions;

• strengthen trust among the public, local authorities, and other stakeholders - transparent data creates a solid foundation for informed decisions on expanding PV infrastructure.

A New Level of Openness for Urban Energy Systems

Online monitoring of public solar stations in Ivano-Frankivsk brings a completely new level of transparency and understanding of how the city’s energy infrastructure operates. The new page makes it easy to observe real-time generation, locations, and the performance of each inverter, turning complex technical processes into a clear and accessible picture.

This is more than just a digital tool - it enables timely identification of issues, performance analysis, and data-driven decisions for the further development of renewable energy.

Looking Ahead

The resource will continue to grow alongside the city: open datasets, new locations, and expanded analytical features will be added, contributing to more effective energy planning and supporting both specialists and the wider community. This approach not only accelerates progress toward climate neutrality but also demonstrates how green technologies function in real conditions, offering a model for other Ukrainian cities.

We invite everyone to explore the data, evaluate the results, and join the shared green transformation together with U_CAN.