Chippewa Valley EV Chargers by Chippewa Valley Electric Coop – WI
Type | Rebate Type | Key Requirements | Rebate Amount |
---|---|---|---|
Standard EV Charging Station | Prescriptive | – Must be hard-wired – On Dual Fuel (DF) Rate (Rate H) – Under CVEC Load Control – Low voltage control circuit (Max 5A @ 120V) |
Lesser of $400 per charger OR 100% of material costs |
Smart EV Charging Station | Midstream | – Must be purchased through CVEC – Must be on approved list – Must be networked |
Lesser of $800 per charger OR 100% of material costs |
1. Standard EV Charging Station
Purpose: This incentive aims to promote the installation of hard-wired EV charging stations under specific conditions that ensure energy efficiency and effective load management.
Eligibility Criteria:
- Hard-wired Installation: The EV charger must be permanently connected to the electrical supply, enhancing safety and reliability.
- Dual Fuel Rate: The installation must qualify for and be charged under CVEC’s Dual Fuel (DF) Rate (Rate H), which typically offers lower costs during off-peak hours.
- Load Control: The charger must be compatible with CVEC’s load control system, allowing the cooperative to manage the load during peak times effectively.
- Control Circuit: A low voltage control circuit is required to ensure safe operation, with specifications not exceeding 5A at 120 volts.
2. Smart EV Charging Station
Purpose: This rebate focuses on encouraging the use of smart, networked charging stations that can be remotely monitored and controlled, enhancing the integration of EV charging with grid management.
Eligibility Criteria:
- Purchase through CVEC: Chargers must be bought directly from CVEC, ensuring compatibility and support.
- Approved List: Only models from a pre-approved list are eligible, ensuring that they meet specific performance and safety standards.
- Networked Stations: These chargers must be capable of connecting to a network for monitoring and management, offering benefits like scheduled charging during off-peak hours to reduce costs and grid strain.