FiberCop & EnerCop Turn Telecom Sites into Green Energy Hubs
Telecomunication centers are evolving into energy production hubs. FiberCop and EnerCop have initiated the “Solar Project,” a nationwide plan integrating photovoltaic systems into network infrastructure. The two companies, both part of the Optics HoldCo Group, aim to enhance the network's energy self-sufficiency and structurally reduce the carbon footprint of their operations.
Ambitious Renewable Energy Goals
The plan includes over 2,000 installations and approximately 200 GWh of renewable energy produced by 2027. The first phase is already underway with 26 plants, slated for completion in early 2026. Once fully operational, photovoltaics will cover about 35% of FiberCop's total consumption, marking a significant shift in the energy management of digital infrastructures.
“The integration of renewable sources into our assets is a strategic lever for making networks more sustainable and resilient,” said Massimo Sarmi, CEO of FiberCop. “Self-produced energy allows us to optimize operational efficiency and strengthen our contribution to decarbonization. At full capacity, the project will allow us to cover approximately 35% of FiberCop's total consumption through photovoltaics”.
Initial Phase and Expected Savings
The first 26 plants, with a total power of over 3 MWp, will generate approximately 4.35 GWh of clean energy per year, with an estimated saving of 1,435 tons of CO₂ annually.
Innovative Energy Sharing with Cacer
The project also introduces the Cacer (Configurazioni di Autoconsumo per la Condivisione dell’Energia Rinnovabile) configuration, which allows energy produced to be used in sites different from those of consumption. The solution is already operational on two plants and will be progressively extended to all new installations, with registration to the GSE.
Commitment to Renewable Energy Integration
“The launch of this first phase represents a fundamental milestone for EnerCop and confirms our commitment to the integration of renewable energies in the telecommunications sector,” stated Giulio Carone. “The collaboration with FiberCop is oriented towards innovative energy solutions, in line with national sustainability objectives”.
Projected Renewable Energy Production
Here's a breakdown of the projected renewable energy production:
| Year | Renewable Energy Produced (GWh) |
|---|---|
| 2026 (Partial) | Estimated 50 |
| 2027 (Full Capacity) | 200 |
FiberCop's Energy Consumption Coverage
The integration of solar energy will significantly impact FiberCop's energy consumption:
| Metric | Percentage |
|---|---|
| Photovoltaic Coverage of Total Consumption | 35% |
Cacer Configuration Details
More details on the Cacer implementation:
| Feature | Description |
|---|---|
| Functionality | Allows energy produced to be used in different sites |
| Current Status | Operational on two plants |
| Future Expansion | Progressively extended to all new installations |
CO2 Emission Savings
The project's impact on CO2 emissions is substantial. Here's a detailed look at the savings achieved by the initial phase:
| Phase | Clean Energy Generated Annually | Estimated CO2 Savings Annually |
|---|---|---|
| First 26 Plants | 4.35 GWh | 1,435 tons |
Power Generation of Initial Plants
The initial 26 plants are set to make a significant impact. These plants have the following specifications:
| Specification | Value |
|---|---|
| Total Power | Over 3 MWp |
Strategic Importance of Renewable Integration
Massimo Sarmi highlights the strategic importance:
| Aspect | Benefit |
|---|---|
| Renewable Integration | Makes networks more sustainable and resilient |
| Self-Produced Energy | Optimizes operational efficiency and contributes to decarbonization |
Overall Project Impact
The Solar Project signifies a major advancement in integrating renewable energy into telecommunications infrastructure, setting a precedent for sustainable practices within the industry.
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