1. Electrical Distribution System Basics
Normal Electrical Utility Operation
Normal and Standby Power
Emergency Power Operations
Backup Power Operations

2. Combustion Turbine Generator Emergency Diesel Generators
BASIC ELECTRICAL DISTRIBUTION SYSTEM
CPS
EWEB UO
Substation
Feeders 1 2
Combustion Turbine Generator 3 4 9 10 11
Campus electrical power is normally supplied by EWEB via two independent feeds. The power is delivered to the UO substation and splits into EWEB 1 and EWEB 2 and both lines are directed to the switchhouse for distribution to campus feeders.
When operating, the Cogeneration System produces electricity in the Combustion Turbine and Steam turbine generators (CTG and STG) and have a total combined capacity of 10,000 kW The CTG can be operated independently of the cogeneration system with a capacity of 8,000 kW. The cogeneration system or CTG can provide power to campus upon a loss of EWEB power. The CTG alone cannot meet the campus demand for normal business operations during peak periods and adjustments must be made to keep the campus load within limits of the CTG.
Three emergency diesel generators provide power upon a loss of power from either EWEB or the cogeneration system. Each emergency generator is rated at 2,200 kW and can be operated in conjunction (or parallel) with the CTG if needed to augment the CTG to meet campus power demand. On a loss of power, the emergency generators automatically start and automatically place power on Standby Feeders 1 and 2.
Feeders 1,2,3,4, 9, 10, and 11 supply normal power to campus buildings.
Standby Feeders supply life safety, fire protection to buildings and some select buildings receive power for additional functions for business continuity reasons. S1 S2
Feeder Breakers
SWITCH HOUSE
Emergency Diesel Generators

3. Combustion Turbine Generator Emergency Diesel Generators
EWEB Power Supply
CPS
EWEB UO
Substation
Feeders 1 2
Combustion Turbine Generator 3 4
13MW 9 10 11
Campus electrical power is normally supplied by EWEB via two independent feeds. The power is delivered to the UO substation and splits into EWEB 1 and EWEB 2 and both lines are directed to the switchhouse for distribution to campus feeders.
When operating, the Cogeneration System produces electricity in the Combustion Turbine and Steam turbine generators (CTG and STG) and have a total combined capacity of 10,000 kW The CTG can be operated independently of the cogeneration system with a capacity of 8,000 kW. The cogeneration system or CTG can provide power to campus upon a loss of EWEB power. The CTG alone cannot meet the campus demand for normal business operations during peak periods and adjustments must be made to keep the campus load within limits of the CTG.
Three emergency diesel generators provide power upon a loss of power from either EWEB or the cogeneration system. Each emergency generator is rated at 2,200 kW and can be operated in conjunction (or parallel) with the CTG if needed to augment the CTG to meet campus power demand. On a loss of power, the emergency generators automatically start and automatically place power on Standby Feeders 1 and 2.
Feeders 1,2,3,4, 9, 10, and 11 supply normal power to campus buildings.
Standby Feeders supply life safety, fire protection to buildings and some select buildings receive power for additional functions for business continuity reasons. S1 S2
Feeder Breakers
SWITCH HOUSE
Emergency Diesel Generators

4. Emergency Diesel Generators
Emergency Diesel Generator Operation
CPS
Feeders 1 2 3
50%-65% 4
6.5MW 9 10 11
Campus electrical power is normally supplied by EWEB via two independent feeds. The power is delivered to the UO substation and splits into EWEB 1 and EWEB 2 and both lines are directed to the switchhouse for distribution to campus feeders.
When operating, the Cogeneration System produces electricity in the Combustion Turbine and Steam turbine generators (CTG and STG) and have a total combined capacity of 10,000 kW The CTG can be operated independently of the cogeneration system with a capacity of 8,000 kW. The cogeneration system or CTG can provide power to campus upon a loss of EWEB power. The CTG alone cannot meet the campus demand for normal business operations during peak periods and adjustments must be made to keep the campus load within limits of the CTG.
Three emergency diesel generators provide power upon a loss of power from either EWEB or the cogeneration system. Each emergency generator is rated at 2,200 kW and can be operated in conjunction (or parallel) with the CTG if needed to augment the CTG to meet campus power demand. On a loss of power, the emergency generators automatically start and automatically place power on Standby Feeders 1 and 2.
Feeders 1,2,3,4, 9, 10, and 11 supply normal power to campus buildings.
Standby Feeders supply life safety, fire protection to buildings and some select buildings receive power for additional functions for business continuity reasons. S1 S2
Feeder Breakers
SWITCH HOUSE
Emergency Diesel Generators

5. Combustion Turbine Generator Emergency Diesel Generators
Island Mode Operations
CPS
Feeders 1 2
Combustion Turbine Generator 3
100% 4
13.5MW 9 10 11
Campus electrical power is normally supplied by EWEB via two independent feeds. The power is delivered to the UO substation and splits into EWEB 1 and EWEB 2 and both lines are directed to the switchhouse for distribution to campus feeders.
When operating, the Cogeneration System produces electricity in the Combustion Turbine and Steam turbine generators (CTG and STG) and have a total combined capacity of 10,000 kW The CTG can be operated independently of the cogeneration system with a capacity of 8,000 kW. The cogeneration system or CTG can provide power to campus upon a loss of EWEB power. The CTG alone cannot meet the campus demand for normal business operations during peak periods and adjustments must be made to keep the campus load within limits of the CTG.
Three emergency diesel generators provide power upon a loss of power from either EWEB or the cogeneration system. Each emergency generator is rated at 2,200 kW and can be operated in conjunction (or parallel) with the CTG if needed to augment the CTG to meet campus power demand. On a loss of power, the emergency generators automatically start and automatically place power on Standby Feeders 1 and 2.
Feeders 1,2,3,4, 9, 10, and 11 supply normal power to campus buildings.
Standby Feeders supply life safety, fire protection to buildings and some select buildings receive power for additional functions for business continuity reasons. S1 S2
Feeder Breakers
SWITCH HOUSE
Emergency Diesel Generators

6. Individual Building Breakers are manually operated locally at building
FEEDER SYSTEM BASICS
Radial Feed System
Individual Building Breakers are manually operated locally at building
One single main feeder breaker at switch house
When a feeder is energized, all loads are energized until building breakers are operated
Switch House
Breaker
Clinical Services
Condon
Education
Hedco N/E
The Feeder system basically work like a power cord that is used at home- with much higher energies.
Individual feeders connect the switchhouse to individual buildings. There is a large breaker that can energize/de-energize a feeder from the swtichhouse. When a feeder is energized, all loads will receive power.
Individual breakers to turn off buildings can be operated manually if power is not desired at an individual building. This is required to be done at the building and cannot be done from the CPS switchhouse. De-energizing a less essential building may be necessary to lower the total load on a feeder to within the limits of the capacity of the system and allow essential loads to be energized.
McKenzie
PLC

7. Feeders 1,2,3,4,9,10,11 Standby Feeders Feeder Breaker Feeder Breaker
Transformer
Transformer
Feeder Breaker

8. StandbyFeeder Breaker
Fire Protection
Life Safety Circuits
Designated Critical Circuits
Does NOT substitute for Feeders 1-11 *
*University Health, Zebrafish and Various CPFM Buildings 100% on Standby Feeders
100% Building Power
Feeders 1,2,3,4,9,10,11
Standby Feeders
Normal Feeder Breaker
Transformer
Transformer
StandbyFeeder Breaker

9. Natural Gas Not Available
Electrical Power
ELECTRICAL OPERATIONAL PHASES
Max Fuel
Endurance
0MW
Life Support
Phase 1
Standby & Life Safety
Phase 2
Partial Operations
Phase 3
Island Full Power
Phase 4
EWEB Full Power
Phase 5
42 days
Intermittent Use of Diesel Generators
Requires Prioritization of
Standby Loads and Life Safety
1MW
21 days
1 Diesel Generator
All Life Safety and
All Standby Power
Natural Gas Not Available
2MW
7 days
2-3 Diesel Generators
Prioritize Non-Essential
Loads and Services
6MW
2.6 days
No Natural Gas
CPS Provides Electrical
Power for Normal Business
Operations.
Fuel Sources
Review Power production capabilities
Operational Phases will be based on equipment configuration which is driven by the availability of natural gas and the situation/cause of loss of electrical power.
Natural Gas Available
15MW
EWEB Provides Electrical Power for Normal Business Operations
15MW

10. Combustion Turbine Generator Emergency Diesel Generators
BASIC ELECTRICAL DISTRIBUTION SYSTEM
CPS
EWEB UO
Substation 1 2
Combustion Turbine Generator 3 4 9 10 11
Campus electrical power is normally supplied by EWEB via two independent feeds. The power is delivered to the UO substation and splits into EWEB 1 and EWEB 2 and both lines are directed to the switchhouse for distribution to campus feeders.
When operating, the Cogeneration System produces electricity in the Combustion Turbine and Steam turbine generators (CTG and STG) and have a total combined capacity of 10,000 kW The CTG can be operated independently of the cogeneration system with a capacity of 8,000 kW. The cogeneration system or CTG can provide power to campus upon a loss of EWEB power. The CTG alone cannot meet the campus demand for normal business operations during peak periods and adjustments must be made to keep the campus load within limits of the CTG.
Three emergency diesel generators provide power upon a loss of power from either EWEB or the cogeneration system. Each emergency generator is rated at 2,200 kW and can be operated in conjunction (or parallel) with the CTG if needed to augment the CTG to meet campus power demand. On a loss of power, the emergency generators automatically start and automatically place power on Standby Feeders 1 and 2.
Feeders 1,2,3,4, 9, 10, and 11 supply normal power to campus buildings.
Standby Feeders supply life safety, fire protection to buildings and some select buildings receive power for additional functions for business continuity reasons. S1 S2
SWITCH HOUSE
Emergency Diesel Generators