Current system

See: Generation for more details of the current generation systems

Modeled wind power

Capital cost (total): $10,223,579

Capital cost (cost per kW): $5,676/kW

Lifetime energy cost savings: $5,871,613

Net lifetime savings: $-4,351,965

Benefit-cost ratio: 0.6

Proposed nameplate capacity: 1,627 kW

Expected yearly generation: 3,420,605 kWh/year

Estimated wind class: 4

Estimated capacity factor: 0.24

Estimated wind penetration level: 36.95%

Notes: None

source: unknown

Tok intertie wind project 0

Capital cost (total): $10,223,579

Capital cost (cost per kW): $5,676/kW

Lifetime energy cost savings: $5,871,613

Net lifetime savings: $-4,351,965

Benefit-cost ratio: 0.6

Proposed nameplate capacity: 1,627 kW

Expected yearly generation: 3,420,605 kWh/year

Estimated wind class: 4

Estimated capacity factor: 0.24

Estimated wind penetration level: 36.95%

Notes: Construction not proceeding due to long transmission distance requirements and siting uncertainty

source: link

Tok intertie wind project 1

Capital cost (total): $10,223,579

Capital cost (cost per kW): $5,676/kW

Lifetime energy cost savings: $5,871,613

Net lifetime savings: $-4,351,965

Benefit-cost ratio: 0.6

Proposed nameplate capacity: 1,627 kW

Expected yearly generation: 3,420,605 kWh/year

Estimated wind class: 4

Estimated capacity factor: 0.24

Estimated wind penetration level: 36.95%

Notes: nan

source: link

This component calculates the potential cost savings from changes in the amount of diesel fuel used for electricity generation from the installation of new wind power infrastructure.