Figure 1. Vancouver’s ‘Neighbourhood Energy Utility’ System in Southeast False Creek.
Source: City of Vancouver.
pace with technology advancements.
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Table 2. Greenhouse Gas Emission Scenarios for the ‘Neighbourhood Energy Utility’
(Based on full buildout of Southeast False Creek in 2020).
Electricity BAU Percent
‘Business as Usual’ Emission Emissions Reduction
(BAU) Scenario Factor (metric (metric
tons/GWh) tons/year)
70% Residential Electric Heat
Marginal Electricity
Emission Factor 205 14,458 7,209 50%
(Current)*
Average Electricity 130 12,289 6,103 50%
Emission Factor**
Marginal Electricity
EmissionFactor 0 8,528 4,187 49%
(Proposed in Throne
Speech)***
100% Residential Natural Gas Heat
Marginal Electricity
Emission Factor 205 15,746 8,496 54%
(Current)*
Average Electricity 130 15,746 9,560 61%
Emission Factor**
Marginal Electricity
Emission Factor
(Proposed in 2007 0 15,746 11,405 72%
Speech from
the Throne)
* Marginal Electricity Emission Factor (current) calculates greenhouse gas emissions based
on the marginal increase to electricity production based on new electricity demand. It
assumes that all new electricity supply is 50 percent greenhouse gas-neutral and 50 percent
from a combined cycle gas turbine.
**Average Electricity Emission Factor calculates greenhouse gas emissions based on the
average actual emission factor for BC Hydro from the past five years (direct and indirect
emissions).
***Marginal Electricity Emission Factor (proposed) assumes 2007 Speech from the Throne
targets of no net greenhouse gas emissions from new sources by 2016 is implemented.
NEU
Reductions
(metric
tons/year)