Category Archives: Global Case

This 2 MWp high-alpine solar installation for Bergbahnen Kühtai in Tyrol uses vertically mounted Trinasolar modules on a mounting structure developed and patented by HTB. Located at approximately 2,350 metres above sea level, the installation is expected to generate around 3 GWh annually, with approximately 60% of output forecast during the winter period.

This 24.3 kWp rooftop solar and 32 kWh battery storage installation at Barguse Riding Centre in Cornwall delivers 24,300 kWh of clean electricity annually, cutting CO₂ emissions by 4,301 kg per year and reducing energy costs by 20% with a five-year payback.

This 3 MW solar installation at Robert Jones and Agnes Hunt Orthopaedic Hospital uses 100% Trinasolar modules across rooftop and carport arrays, saving an estimated £750,000 and 600 tonnes of CO₂ annually while supporting the NHS’s net zero ambitions.

GETEC’s 30 MW utility solar farm in Zerbst, Germany, uses Vertex N modules to power 9,000 homes. Built on a former military airbase, the project feeds clean energy into the grid while directly benefiting the local community through a unique municipal agreement.

IFA’s C&I rooftop installation in Haldensleben, Germany, uses Vertex S+ 500W+ modules to deliver 4.6 MWp of clean capacity. Built by EPC partner GETEC, the 9,070-module system covers roughly one-quarter of the automotive supplier’s total electricity needs on shared factory roofs.

This 132.86 kWp rooftop solar installation at St. Luke’s Care Home uses Vertex S+ modules to generate around 59,776 kWh of clean electricity annually, reducing CO₂ emissions by approximately 25,920 kg per year.

An 8.4 MWp rooftop solar system using 13,046 Vertex N modules has been installed at a warehouse in Mechelen, Belgium. The system powers a nearby factory via an on-site PPA, supporting 24/7 operations with renewable electricity.

This 368.55 kWp rooftop solar installation uses 810 Vertex S+ modules to generate around 305,159 kWh of clean electricity annually, delivering approximately £77,000 in annual savings and offsetting around 68.7 tonnes of CO₂ per year.

This 118.35 kWp dual-roof solar installation uses 263 Vertex S+ modules to generate around 104,000 kWh of clean electricity annually, reducing CO₂ emissions by approximately 23,432 kg per year.

A major waste management site in Palermo has strengthened its sustainability efforts with a new rooftop photovoltaic system designed and installed by B.F.L. Impianti Tecnologici. Located at the RAP – Risorse Ambiente Palermo facility, the project highlights how solar power can support essential public services in reducing operational costs and environmental impact.