Including the closely related terms solar, and solar gain.
… Year Implementation year GHG saving (tCO2e) CapEx** Payback period (yr) 11 Glazing upgrade of crematorium building Upgrade the glazing on all crematorium windows and glass corridor Gas: 8394 1.5 2025 1.5 ~£9,000 36.7 12 Crematorium louvres Louvres/brise soleils to be installed to the exterior of the glass corridor to reduce solar gain in the summer. No energy saving here…
… of fleet vehicles and the installation of solar PV. • If all projects outlined are implemented then it can be expected that scope 1 and 2 emissions could decrease by 74% by 2030 and 90% by 2050 from a FY 2018/19 baseline. This is equal to 1,013 and 1,436 tCO2e respectively. • It is expected that the total capital cost of all projects will equal approximately £7.1million. 0 200 400 600 800…
… energy potential from solar PV will be known o Feasibility studies of all council owned buildings, roof space, car parks and land assets should be carried out and summarised within a renewable strategy • Engage with key suppliers to communicate importance of emissions reduction in procurement decisions • Install water saving accessories across all operational facilities • Waste tonnage and type…
… developments. Mid term (2025 – 2030) Municipal Buildings: BMS is upgraded, solar carport is constructed in parking area to supplement electricity consumption. GMLC redevelopment is completed. Crematorium and chapel: Solar PV is installed on the roof of the chapel and a biogas blend is used to fuel the furnace in the crematorium. CNG RCVs are rolled-out across the fleet. Long term (2030 – onwards) BBC…
… with a payback period within this lifetime should be prioritised. This will increase the value of the building if the decision is made to move. • The projects recommended which directly impact the building are related to fabric, lighting, HVAC, BMS and heating system upgrades. Construction of a solar carport in the car parking area has also been recommended as a way to generate renewable energy on-site…