GREE GRS-3.0Pd/TD50GANhA-D Running Cost (Electric Water…
What the GREE GRS-3.0Pd/TD50GANhA-D costs to run
ENERGY STAR certifies the GREE GRS-3.0Pd/TD50GANhA-D at 1,234 kWh/yr, more expensive than most models in its category to run for its category.
That $232 is priced at 18.8¢/kWh, the average of all 51 state rates this site tracks. Your own state's rate is one click away.
How the GREE GRS-3.0Pd/TD50GANhA-D compares to other electric water heaters
The category average is 1,105 kWh/yr; this model runs 11.7% above it, ranking 368 of 596 electric water heaters tracked here for running cost. 596 certified electric water heaters, one average, about $24/year of daylight between it and this model; the full methodology has the rest.
Neighbouring models
Right next to the GREE GRS-3.0Pd/TD50GANhA-D on that list: State HPSX-66-DHPT 2 ($232/yr, 1,233 kWh/yr) runs slightly less, while Midea CAN3-RSJ-15/250RDVN3-L4 ($232/yr, 1,234 kWh/yr) runs slightly more.
Same brand, different models
Of the 2 ENERGY STAR certified electric water heaters GREE makes, the GRS-3.0Pd/TD50GANhA-D costs the most to run, about the same, within a dollar a year, more than GREE's cheapest, the GRS-3.0Pd/TD70GANhA-D.
What this adds up to over time
Over the 11-year service life NAHB reports for this category, running the GREE GRS-3.0Pd/TD50GANhA-D costs roughly $2,552 in electricity, separate from the purchase price.
Is it worth replacing?
At $232/year, this is on the expensive side for a electric water heater; the cheapest certified model in this category runs about $121/year, worth knowing before buying either the GREE GRS-3.0Pd/TD50GANhA-D or its replacement.
Worth comparing a few current certified models before deciding.
If you're keeping it
$232/year to run is the predictable cost of the GREE GRS-3.0Pd/TD50GANhA-D; a protection plan covers the unpredictable one, a repair bill.
How this was checked
Ranked 368 of 596, the GREE GRS-3.0Pd/TD50GANhA-D sits in the middle of the electric water heater category, see the guide to why your state changes this number for the other half of the math. The 1,234 kWh/yr figure is ENERGY STAR's own certification, not a wattage estimate; exact dataset IDs are on the data sources page.