SDG 7: Affordable and clean energy
SPIE directly contributes to SDG 7.1* through its work modernizing and expanding the electric grid. Many of SPIE’s energy network clients are now upgrading their grid infrastructure to meet higher demand due to increased loads from renewable energy production, and are relying on SPIE’s expertise in designing, refurbishing, and maintaining electricity grid facilities to do so. Besides installing and upgrading overhead power lines, cable fittings, and substations, SPIE can also supply the smart grid services essential to making efficient use of renewable energy, facilitating the monitoring, modelling, and managing of consumption peaks to balance supply and demand. SPIE also provides turn-key network solutions for upkeep and repairs.
7.2*
At SPIE, we work closely with clients to expand their renewable energy production, storage and distribution capacities. With experience in nearly all renewable sectors and across the entire electricity production and distribution process, we work closely with our clients from project design to infrastructure installation and beyond. SPIE is a leading reference for both on- and off-shore European wind farm projects. The Group’s engineers design and manage wind power installations from conception to grid connection. SPIE also possesses significant expertise in the operational management of wind farms, using innovative digital technologies to remotely monitor and operate client’s installations. An expert in photovoltaic systems, SPIE provides all the services necessary to get a solar park off of the ground, from planning to installation. SPIE's technicians are also available for ongoing maintenance and operational monitoring, and SPIE proposes a variety of advanced energy management systems for those clients looking to maximize their solar energy output. SPIE is also an expert in a variety of other energy technologies. These include biomass as well as hydroelectric and geothermal power.
Renewable energy sources like wind and solar are by nature intermittent as they depend heavily on weather. To be able to put this energy to use whenever needed, SPIE assists clients by supplying and fitting Battery Energy Storage Systems (BESS). BESS store energy when production exceeds demand, then feed it back into the grid when demand rises.
More than €400 million in revenue were generated by projects related to renewable energy in 2024.
7.3*
SPIE’s services include replacing energy-intensive HVAC systems with new technology to reduce energy consumption. This effect can be taken even further through the installation of sensors that allow for HVAC system services to be adapted in real-time to changing needs. SPIE also designs bespoke technical facility management (Tech FM) services for clients that optimise and maintain all technical assets of a client’s building portfolio throughout their lifecycle. SPIE tracks and addresses the energy consumption of every aspect of a building. Energy management services range from audits and consulting to the implementation of solutions, including design, supply, installation, monitoring and maintenance. €1.84 billion in revenue was generated by the e-fficient buildings business in 2024.
SPIE’s energy optimisation services for existing data centres support the Green IT movement, helping clients reduce their electricity consumption. In parallel, its consultancy, engineering and IT offers allow for new, energy efficient data centres to be designed from the ground up, notably through a green-by-design approach.
Working closely with its customers, SPIE installs or upgrades LED street lighting systems, and provides maintenance where necessary. To improve the efficiency of LED luminaires, SPIE relies on intelligent management solutions that also offer remote monitoring and control functionalities.
* 7.1 By 2030, ensure universal access to affordable, reliable and modern energy services
* 7.2 By 2030, increase substantially the share of renewable energy in the global energy mix
* 7.3 By 2030, double the global rate of improvement in energy efficiency