Águas e Energia do Porto photovoltaic park

Tipology

Photovoltaic panels
Self-Consumption Production Unit

Address

Rua do Barão de Nova Sintra 255 4300-367 Porto

Location

Promoter

Águas e Energia do Porto

Manager

Águas e Energia do Porto

Area

3.577 m²

Cost

460.000€

Investment

Águas e Energia do Porto

Date of intervention

2018

Presentation

The park was implemented in 2018 with an installed capacity of 454kWp, which allows it to be self-sufficient on sunny days. As well as powering all the campus buildings and the electric vehicle park, it is also able to trade energy resulting from surplus production.

Consisting of 1.228 solar panels, they were installed on the roof of the three existing water reservoirs and represent a huge step forward in the economic sustainability of the company and the environmental sustainability of the city of Porto.

Ecological functions

Renewable energy

Sustainable Development Goals

4. Quality education; 7. Affordable and clean energy; 10. Reducing inequalities; 11. Sustainable cities and communities; 13. Climate action;

Results

Energy produced since 2018: 2901 MWh

Emissions reduction

1.276 tonnes CO₂ (since 2018)

OTHER SUGGESTIONS

458 photovoltaic panels were installed with a total power of 208.39 kWp, helping to reduce greenhouse gas emissions. This installation is part of the Porto Solar project, which aims to promote energy efficiency and independence in 29 municipal buildings, guaranteeing the use of renewable energy.
54 photovoltaic panels were installed at the Fonte da Moura Elementary School with a power output of 24,57 kWp. The panels have an annual production of 34.501,87 kW/h of electricity, of which 45,58% is consumed by the school, corresponding to a reduction in emissions of 5,38 tonnes of CO₂/year. This intervention was carried out as […]
40 photovoltaic panels were installed on one of the green roofs of the Falcão Elementary School. This Self-Consumption Production Unit (UPAC) has an annual production of 28,63 kW/h of electricity, which corresponds to 60% of the energy consumed by the school and is equivalent to a reduction in CO2 emissions of 7,39 tonnes per year. […]