|
Homes without a programmable thermostat or time-based temperature scheduling.
|
Poor fit
|
If your thermostat cannot automatically adjust by time window, it is much harder to reduce daytime HVAC usage and shift cooling/heating into free hours. That usually weakens Free Nights savings and increases risk, so a True Fixed plan is often safer.
|
|
Small/Medium apartment, work-from-home tenants. Thermostat kept around 73F during the day, with daytime laundry on weekends and electric cooking.
|
Poor fit
|
We strongly advise against Free Nights plans for people who work from home. If you are home during the day, you will naturally use more electricity outside the free-hour window, and your HVAC settings may not be ideal for maximizing savings under this type of plan. In most cases, a True Fixed plan is the safer and more cost-effective option.
|
|
Small/Medium apartment, upper floor. Thermostat kept around 76F during the day, with laundry and showers shifted into the free-hour window.
|
Poor fit
|
This is a tricky case. A top-floor apartment can heat up or cool down faster than units on lower floors, especially if insulation is poor. That usually makes the HVAC run more often during the day, which reduces the benefit of a Free Nights plan. It may still work in some cases, but it is a riskier setup. In this situation, we usually recommend a True Fixed plan as the safer option.
|
|
Small/Medium apartment, lower floor. Thermostat kept around 76F during the day, with laundry and showers shifted into the free hour window.
|
Good fit
|
This setup can work well for a Free Nights plan. Lower floor apartments are usually better protected from direct heat and outdoor temperature swings than top floor units, which often helps reduce daytime HVAC usage. If you can also shift laundry, showers, and other flexible usage into the free hour window, and cool down the apartment as soon as the free hour window begins, this type of plan may provide real savings.
|
|
Small house with 2 EVs. Normal daytime usage, with both EVs charging overnight.
|
Good fit
|
This setup can work very well for a Free Nights plan because EV charging can move a large share of total electricity usage into the free hour window. That said, the best option will depend on the home’s HVAC usage. If daytime cooling or heating stays moderate, a Free Nights plan may deliver strong savings. In this case, it is worth comparing Discount Nights and Truly Free Nights plans.
|
|
Medium/Large house, comfort first household. People who like to keep the house cool regardless of the time of day, or people who do not want to change their usage habits.
|
Poor fit
|
This is usually a poor fit for a Free Nights plan. In a medium or large house, keeping the home cool throughout the day can lead to high daytime electricity usage, which is exactly when these plans are often most expensive. The same is true for households that do not want to shift laundry, dishwashing, charging, or thermostat settings into the free hour window. In this case, a True Fixed plan is usually the better and safer option.
|
|
Family in a 3,000 sq ft house. Efficient appliances, pool, and EV; comfortable at 76F or higher during the day, cooler at night, with gas heat and gas water heating.
|
Good fit
|
This can be a good fit for a Free Nights plan because the home has several controllable loads that can be pushed into the free hour window, especially EV charging, pool equipment, and part of the cooling load. Gas heat and gas water heating also help reduce daytime electric usage. Even so, the best option will depend on how much usage can actually be shifted, so it is smart to compare Discount Nights and Truly Free Nights plans.
|
|
Homes with solar, or solar plus battery.
|
Good fit
|
This can be a good fit for a Free Nights plan, especially for homes with solar and battery systems. In many cases, Free Nights plans can perform better than buyback plans because they allow the home to shift more usage into the free hour window instead of relying mainly on export credits. This can be especially helpful if most of the home’s value comes from self management of usage rather than selling excess power back to the grid. It is still important to compare the plan details carefully, since not all time of use plans treat solar customers the same way.
|