Solar PV

Airport
Project: Bristol Airport
P1000703

Location: Approximate 8 miles south west of the city centre.
System Size: 42 kWp
Predicted Annual Generation: 35,028 kWh
Predicted Annual CO2 Reduction: 16,190 kg
Return on Investment: 22.11 %
Summary Overview/Goals & Objectives/Result: Bristol Airport already operate with sustainability in mind and with the new airport lounge being constructed they were asked to include PV as part of Building Regulations Part L requirements. Regensys were appointed by the main contractor to design and deliver a system capable of meeting the target of 10% renewable energy generation on site.
Future: Regensys will maintain the PV array for the foreseeable future, with cleaning scheduled twice a year and a maintenance programme to ensure all electrical components are regularly checked at appropriate intervals. We also have access to live data and alerts should there be any issues.


Museum

Project: Oakham Treasures – Agricultural Museum

Location: Portbury, West of Bristol.
System Size: 71 kWp
Predicted Annual Generation: 52,200 kWh
Predicted Annual CO2 Reduction: 24,126 kg
Return on Investment: 14.15 %
Summary Overview/Goals & Objectives/Result: Oakham Treasures is one of the largest privately owned museums of retail and farming history in the UK. Opened to the public for the very first time in July 2008, it has already become an award winning major attraction, and guarantees to give you an amazing and uplifting trip down memory lane. Owner Keith Sherrell obtained planning permission to extend the museum with a new building, but to obtain planning he had to provide 15% of his energy from a renewable source. Taking into account the orientation and angle of the roof Regensys advised an installation of 8 kWp. However, Keith was all too aware of increasing utility bills within the existing building due to the background heating system being power by electricity. Following a detailed consultation with Regensys the decision was made to install the 71kWp system. The system now provides a substantial amount of electricity to the site, reducing the bills and contributing to-wards a sustainable future.
Future: With a fantastic working relationship being built over the project, we continue to work with Keith and provide an O&M programme for his PV installation.


Agricultural

Project: Farm, Llanfyrnach

Location: Pembrokeshire.
System Size: 38 kWp
Predicted Annual Generation: 33,418 kWh
Predicted Annual CO2 Reduction: 15,445 kg
Return on Investment: 13.91 %
Summary Overview/Goals & Objectives/Result: This was a project where the original installer had gone into administration having only completed a very small proportion of the project. Regensys was given the contract after due diligence was carried out to ensure the work would be completed. Future:


Project: Farm, Tetbury
Location: Gloucestershire.
System Size: 49 kWp
Summary Overview/Goals & Objectives/Result: Regensys was subcontracted to for the electrical and performance design, we also installed all of the AC/DC. The ground works and erection of frame-work was undertaken by others. Regensys also undertook utility design including the existing distribution.
Future:


Retail

Project: Large Retail Outlet

Location: Wymondom, Norfolk
System Size: 50 kWp
Summary Overview/Goals & Objectives/Result: Regensys were subcontracted to install the 50kWp system in line with a predetermined design. Prior to accepting the contract the design was interrogated to confirm competence and ensure we were happy to have our company name associated with the installation.
Future:


Education

Project: Swindon College
swindon

Location: Swindon
System Size: 6 kWp
Predicted Annual Generation: 5,478 kWh
Predicted Annual CO2 Reduction: 2,532 kg
Summary Overview/Goals & Objectives/Result: Swindon College received planning permission to build a new Construction Centre of over 1,000 square meters. As part of the approval they had a planning condition and building regulation compliance requirement to install renewable energy. Regensys was appointed by M&E contractor, ACES, to install the system.
Future:


Off-Grid

Project: Farm, Brent Knoll (OFF GRID)