NV Energy (Nevada Power) time-of-use & off-peak hours

On OLRS-TOU, on-peak hours run 6 PM – 9 PM every day. Below is every active TOU rate plan we track for NV Energy (Nevada Power) — 10 plans — with period boundaries verified against the published tariff. No price values; periods only.

For developers & agents

Query NV Energy (Nevada Power) periods programmatically.

One call returns the current period and the next transition time for any U.S. ZIP or address — GET /query/current over REST, or the same data through MCP for AI agents.

Get a free API key Read the docs

Rate plan schedules

Every active time-of-use plan we track for NV Energy (Nevada Power), with its period boundaries.

OLRS-TOU Optional Large Residential Service Time-of-Use Residential
PeriodSeasonDaysHours
On-Peak Jun 1 – Sep 30 Every day 6 PM – 9 PM
Effective
Apr 1, 2026
Verified
ORM-TOU Optional Residential Multi-Family Time-of-Use Residential
PeriodSeasonDaysHours
On-Peak Jun 1 – Sep 30 Every day 6 PM – 9 PM
Effective
Apr 1, 2026
Verified
ORS-TOU Optional Residential Single-Family Time-of-Use Residential
PeriodSeasonDaysHours
On-Peak Jun 1 – Sep 30 Every day 6 PM – 9 PM
Effective
Apr 1, 2026
Verified
LGS-2 Large General Service-2 Commercial
PeriodSeasonDaysHours
On-Peak Jun 1 – Sep 30 Every day 3 PM – 9 PM
Effective
Apr 1, 2026
Verified
LGS-3 Large General Service-3 Commercial
PeriodSeasonDaysHours
On-Peak Jun 1 – Sep 30 Every day 3 PM – 9 PM
Effective
Apr 1, 2026
Verified
OGS-TOU Optional General Service Time-of-Use Commercial
PeriodSeasonDaysHours
On-Peak Jun 1 – Sep 30 Every day 3 PM – 9 PM
Effective
Apr 1, 2026
Verified
OLGS-1-TOU Optional Large General Service-1 Time-of-Use Commercial
PeriodSeasonDaysHours
On-Peak Jun 1 – Sep 30 Every day 3 PM – 9 PM
Effective
Apr 1, 2026
Verified
OLGS-3P-HLF Optional Large General Service-3P, High Load Factor Commercial
PeriodSeasonDaysHours
On-Peak Jun 1 – Sep 30 Every day 3 PM – 9 PM
Effective
Apr 1, 2026
Verified
GSEVRR-TOU General Service Electric Vehicle Recharge Rider Time-of-Use EV
PeriodSeasonDaysHours
Super Off-Peak All year Every day 12 AM – 8 AM
On-Peak Jun 1 – Sep 30 Every day 3 PM – 9 PM
Effective
Jan 1, 2024
Verified
REVRR-TOU Residential Electric Vehicle Recharge Rider Time-of-Use EV
PeriodSeasonDaysHours
Super Off-Peak All year Every day 12 AM – 8 AM
On-Peak Jun 1 – Sep 30 Every day 6 PM – 9 PM
Effective
Jan 1, 2024
Verified

Frequently asked

  1. What are NV Energy (Nevada Power)'s on-peak hours?

    On the OLRS-TOU plan (Optional Large Residential Service Time-of-Use), on-peak hours run from 6 PM – 9 PM every day. All remaining hours are classified as off-peak.

  2. Does NV Energy (Nevada Power) charge more for electricity at certain times?

    Yes. NV Energy (Nevada Power) offers time-of-use (TOU) rate plans where electricity costs vary depending on the period. The period—peak, off-peak, mid-peak, or super off-peak—depends on the time, day, and season. This page lists boundaries for 10 active schedules; tou.tools does not publish pricing ($/kWh) details.

  3. How do I get NV Energy (Nevada Power) time-of-use periods in my app?

    Schedules are accessible programmatically via the tou.tools REST API and MCP server for AI agents. By querying a U.S. address or ZIP code, your application can instantly retrieve the current period and next scheduled transition time. Developer API keys are free.

  4. Do NV Energy (Nevada Power) time-of-use hours change during holidays or seasons?

    Yes. Peak hours and rate periods can vary by season (typically summer and winter halves) and special holidays. While some schedules like E-ELEC keep stable hours year-round, others introduce super off-peak windows or adjust peak times. Check each rate plan card above for specific seasonal boundaries.

  5. What is the best time to charge an EV under NV Energy (Nevada Power)'s plans?

    For customers on EV-specific plans like GSEVRR-TOU, REVRR-TOU, the most cost-effective time to charge is during super off-peak or off-peak hours. Charging during these designated windows significantly reduces electricity costs and minimizes demand on the grid.