ALDRON. CHP SOLUTIONS Environmental, Economic & Resiliency Implications NFMT 2015
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1 CHP SOLUTIONS Environmental, Economic & Resiliency Implications NFMT 2015
2 Presentation Outline Business as Usual (BAU) Greenhouse Gas What is CHP (Combined Heat and Power) How is CHP Applied Economics of CHP CHP Greenhouse Gas CHP Resiliency Summary of Benefits
3 BAU Greenhouse Gas Emission Sources CO2 Electricity Utility Power Station Fuels coal, natural gas & oil Thermal Package Boiler Fuels natural gas & oil
4 BAU Greenhouse Gas Emission Factors Electric Emission Rate Annual non-base load output emission rates, units on the margin 1,520 lbs CO2/MWh¹ Thermal Emission Rate Natural Gas 13.1 lbs CO2/Therm² Calculation based on 100% methane natural gas
5 BAU Greenhouse Gas Sample Facility DCH Medical Center Annual Electric Consumption 11,005 MWh Maximum Electrical 2,159 kw Minimum Electrical 850 kw Annual Natural Gas Consumption 457,311 Therms
6 BAU Greenhouse Gas Sample Facility Annual Greenhouse Gas Emissions (CO2) 11,359 tons CO2/year (11,005*1, ,311*13.1)/2,000 = 11,359 tons CO 2 /year Annual Natural Gas Consumption 457,311 Therms Annual Electric Consumption 11,005 MWh
7 What is CHP? CHP Is Efficiency
8 What is CHP? CHP is the simultaneous generation of electricity and useful thermal for heating, cooling or process use.
9 What is CHP? CHP is the simultaneous generation of electricity and useful thermal for heating, cooling or process use.
10 What is CHP? CHP is the simultaneous generation of electricity and useful thermal for heating, cooling or process use. Air inlet filter Waste heat recovery unit (boiler) Steam for process use Gas turbine Supplementary burner
11 How is CHP Applied?
12 Economics of CHP DCH Medical Center BAU Annual Cost Utility 11,005 MWh 14.5 Kwh $1,595,725 $416,153 $2,011,878 Boiler 457,311 Therms 91 Therm
13 How is CHP Applied? Base Electric Consumption (11,004,583 kwh) Cogen Elecric Generation (6,470,400 kwh) NGRID Electric Purchase (4,534,183 kwh)
14 How is CHP Applied? Base Natural Gas for Steam (457,311 therms) Cogen Thermal (333,879 therms) Existing Boilers (123,432 therms)
15 Economics of CHP CHP Annual Cost CHP 727,020 Therm 85 /Therm* $617,967 Utility 4,534 MWh 15 /Kwh* $680,100 $1,539,790 $112,323 Boiler 123,432 Therms 91 /Therm $129,400 * Unit cost change due to change in load factor Maintenance
16 Economics of CHP Value Proposition BAU Annual Cost CHP Annual Cost $2,011,878 1,539,790 Annual Savings $472,088 Capital Cost Simple Payback $2,100, Years Does not include utility incentives, capacity payments, tax treatment, etc.
17 Economics of CHP BAU Utilities ($2,013,953) CHP Helps Stabilize Budgets Electric Cost ($1,598,626) Natural Gas Cost ($415,327) CHP Utilities($1,802,298) BAU Case 100% utility budget exposed to energy fluctuations CHP Case 78% exposed to energy fluctuations Capital Charge ($262,500) Electric Cost ($680,100) Natural Gas Cost ($730,290) LTSA Cost ($129,408)
18 CHP Greenhouse Gas CHP 727,020 Therms 13.1 lb/therm 9,523,962 Utility 4,534 MWh 1,520 lb/mwh 6,891,680 9,016 lbs /CO2 per year 1,616,959 Boiler 123,432 Therms 13.1 lb/therm
19 CHP Greenhouse Gas Comparison to BAU 11,359 ton CO2/year 9,016 ton CO2/year BAU CHP
20 CHP Resiliency Normal Operation All Open Breaker Position OPEN CLOSED Admin. Bldg. Chiller Plant Main Tower Research Facility Parking Maintenance CHP
21 CHP Resiliency Breaker Position OPEN Utility Interruption CLOSED Admin. Bldg. Chiller Plant Main Tower Research Facility Parking Maintenance CHP
22 Summary of Benefits Improved Efficiency Reduced Greenhouse Gas Strong Business Case Improvement in Reliability of Utility Supply
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