Diweddariadau perfformiad
Mae Cenex yn dilyn yr gweithrediad o’r cerbydau sero allyriadau sbwriel, ailgylchu a glanhau strydoedd ar draws y awdurdodau lleol i creu proffil perfformiad am yr cerbydau.
Mae’r data yn cael ei diweddaru yn chwarterol.
- Cerbydau hyd yn hyn
- 44
- Cerbydau ar ei ffordd
- 18
RCV
Energy Efficency
Energy Efficiency
0.23 miles/kWh
Drive Range3
62 miles
Emission Savings
WTW CO2e5,6
8.2 tonnes
NOx7
22 kg
PM 2.57
91 g
Economics
Social Damage Costs Savings8
£2,450
Long-Term Running Costs Savings9
£2,220
Overnight Charging Running Costs Savings10
£3,420
Sweeper
Energy Efficency
Energy Efficiency
0.17 miles/kWh
Drive Range3
31 miles
Emission Savings
WTW CO2e5,6
3.6 tonnes
NOx7
20 kg
PM 2.57
66 g
Economics
Social Damage Costs Savings8
£1,160
Long-Term Running Costs Savings9
£291
Overnight Charging Running Costs Savings10
£1,880
RRV1
Energy Efficency
Energy Efficiency
0.33 miles/kWh
Drive Range3
42 miles
Emission Savings
WTW CO2e5,6
4.8 tonnes
NOx7
10 kg
PM 2.57
36 g
Economics
Social Damage Costs Savings8
£1,430
Long-Term Running Costs Savings9
£1,500
Overnight Charging Running Costs Savings10
£2,050
Annotations
RRV data is partial, as it has not yet encompassed a full calendar year. The values are subject to change in the coming months.
Vehicle performance statistics are based on average of all vehicles of a given type operating in Wales, this contains two models with different specs for RCVs.
Drive range is estimated assuming a battery use of 80%.
Compared to a diesel equivalent truck.
Values obtained as per guidance of DEFRA for company reporting (2023).
CO₂ emissions stated on a well-to-wheel (WTW) basis which considers of all emissions from the fuel extraction until its final use in a vehicle. CO₂ stated as CO₂e includes other GHG emissions on a CO₂ equivalence basis.
Values estimated using COPERT emissions factors for the given vehicles.
Values obtained as per guidance of the WelTAG data book (Jul 2023).
Long-term prices based on 7-year estimate from HM Treasury: Green Book 2023 – 2030 (18.3 p/kWh ,1.27 £/L).
Night rate electricity is used to highlight the optimal usage pattern to maximise savings (10.3 p/kWh).