Solar power facility sprawled over three hectares in agricultural land close to the Cerano limestone mine
The Province has announced plans to build a 1.819-kilowatt peak (kWp) photovoltaic (PV) plant on a three-hectare field adjacent to the Elmit quarry, northeast of the town of Cerano, on Via Mulino Vecchio. The project is set to generate clean electricity, potentially powering around a thousand families.
The plant will be constructed over 14 weeks, including the project preparation phase. A total of 2,716 solar modules will be installed, each fitted with single-axis trackers to optimize energy capture throughout the day. To blend with the surrounding landscape, a two-meter high perimeter metal fence will be disguised by a strip of shrubs consisting of 225 plants of five different species: Cornelian cherry, hazelnut, whitebeam, elderberry, and European hornbeam.
To ensure the security of the plant, anti-intrusion systems will be installed, including infrared cameras spaced every 70 meters. Additionally, a low to medium voltage transformer cabin and a national grid connection cabin will be built, connected by an underground cable. The land for the plant is an old quarry basin that has been restored for agricultural use and is 15-20 meters lower than the surrounding countryside.
The construction of the PV plant is expected to provide several environmental benefits. Renewable energy generation will reduce reliance on fossil fuels, lowering greenhouse gas emissions over the operational life of the plant. Installing the PV plant on a restored quarry avoids competing with agricultural or natural lands, promoting sustainable land reuse.
However, as with any construction project, there are potential environmental impacts to consider. Construction may cause temporary soil disturbance, dust generation, and habitat disruption during installation. The presence of solar panels and tracking systems could alter the visual landscape, although this is often less problematic on former quarry sites. Wildlife displacement is also a concern, but careful site planning and maintaining vegetation around panels may mitigate this.
Resource use, including manufacturing, transporting, and installing the panels, trackers, and anti-intrusion systems, consume materials and energy with associated environmental footprints. Proper planning for panel recycling or disposal at the end of the plant's life is necessary to avoid future environmental harm.
The Province has convened a simplified decision-making conference for the project, and the deadline for various entities to submit their opinions is September 11. In its first year, the plant is estimated to save 534 tons of oil equivalent and avoid emitting 1,144 tons of carbon dioxide.
This PV plant in Cerano is a step towards a more sustainable future, providing clean energy on rehabilitated land while reducing fossil fuel use and utilizing technology to maximize efficiency. With appropriate planning and mitigation measures, the environmental impacts can be managed and minimized, ensuring a positive impact on the local community and the environment.
- The average cost of the solar panels, trackers, anti-intrusion systems, and other equipment required for the PV plant's construction will likely involve significant financial investment from the renewable-energy industry, highlighting the importance of secure financing in supporting more environmental-science projects.
- The construction of the ceramic factory near the proposed PV plant might contaminate the nearby soil and water sources, posing a threat to the environment and potentially negating the benefits of renewable-energy generation for the surrounding town of Cerano.
- By 2030, if the finance sector shows dedication to funding more renewable-energy projects like the PV plant in Cerano, the global average dependency on fossil fuels could decrease by 30%, making substantial progress in reaching the environmental science industry's goal of a more sustainable energy future.
