Celebrating
years of excellence
years of excellence
With many years of experience, a reliable team of more than 50 professionals, more than 6GW+ in projects designed and engineered, 3 international offices in Morocco, Turkey and Spain, in addition to our head offices in Italy and an O&M company, BFP is your reliable, qualified partner of choice for all your engineering and consulting needs, worldwide.
WHERE WE EXCEL
All your engineering needs from feasibility studies to due diligence reports, final designs and more.
Routine and corrective maintenance services, maximising productivity and managing your portfolio.
Addressing climate change through energy-efficient building solutions, to reduce energy consumption.
Engineering and consultancy services for the public sector, working in collaboration with partner firms.
Studio Tecnico Bfp Srl
The group’s founding company in Bari, Italy. With more than 700 square metres of floor space, all activities are coordinated and managed from this head office.
BFP ENERJI A.Ş.
A Turkish-Italian JV based in Istanbul, offering engineering and consultancy services for renewable energy systems in Turkey, backed by BFP experience.
BFP MAGHREB S.A.R.L.
In Casablanca, BFP Maghreb offers renewable energy solutions and civil & electrical engineering services throughout North Africa, backed by BFP experience.
NEED A DETAILED OFFER FOR ENGINEERING SERVICES?
SERVICES
BFP offers a complete range of engineering and consultancy services in the Renewable Energy sector, exporting its many years of experience acquired in Italy to the rest of Europe, the Middle East, South Africa, North Africa, South America, Asia and beyond.
Portfolio
NO PROJECT TOO BIG, NO PROJECT TOO SMALL.
NEWS & EVENTS
INGRID is a European project, partnered by Studio Tecnico BFP S.r.l. for engineering aspects, for next generation fully interconnected energy systems, which will allow seamless integration among different energy carriers (electricity, gas, heating systems). Such energy systems will consist in a set of “energy hubs” for matching energy supply and demand (heat, cold, electricity, gas), in which energy exchange, storage and transformation will occur among the different carriers (e.g. gas to power, power to gas, micro CHP) in order to optimize the system-level energy use and efficiency of the energy distribution.