TABLE B-1 BASE CASE: NO NATURAL GAS IN NOVA SCOTIA RESIDENTIAL ENERGY DEMAND Electricity Petroleum Wood Natural Gas Total Energy gwh LFO (mega!) HFO (mega!) Prop (mega 1) ('000 mmbtu) ('000 mmbtu) 1996 2,955 50 210 35 0 20,229 1997 3,078 5...
AI summary The table provides a historical overview of residential energy demand in Nova Scotia from 1996 to 2008, detailing consumption across electricity, petroleum, wood, and natural gas. Natural gas consumption is consistently reported as zero, highlighting the absence of natural gas in the base case scenario.
TABLEC-1 CASE B: NATURAL GAS IN THE CAPE BRETON REGIONAL MUNICIPALITY RESIDENTIAL ENERGY DEMAND (OOOs MMBtu) Electricity Petroleum Wood Natural Gas Total Energy LFO Propane 1996 1,578 2,410 80 40 0 4,108 1997 1,603 2,446 81 40 0 4,170 1998...
AI summary The table shows residential energy demand in the Cape Breton Regional Municipality from 1996 to 2010, with natural gas beginning to enter the Nova Scotia mainland market in 2000. The data includes energy consumption from electricity, petroleum, wood, and natural gas, with natural gas usage increasing over time.
3. CONVERSION COST REDUCTION MEASURES The key problem to be overcome at the individual consumer level in converting to natural gas is the high capital cost of conversion and retrofit of space heating systems in residential dwellings. These...
AI summary The text discusses the high capital costs of converting residential heating systems to natural gas and highlights the need for financial assistance such as loans or grants to overcome this barrier. It notes that without such support, the savings from lower natural gas prices may not justify the initial investment.