Heat Pump Installation in Brookings, OR
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Brookings asks a heat pump to heat, not cool
Nine months a year, your heat pump is the only thing standing between you and a 37°F night. October through June, it's working. Summer afternoons average just 76°F, mild enough that cooling barely enters into it.
That's a heating machine first. It needs to hold up through a long, mild, wet winter, not grind through hot summer afternoons. A new split-system heat pump has to meet 7.5 HSPF2 for heating and 14.3 SEER2 for cooling, federal minimums since January 2023. Here, the heating number is the one that matters for how your house actually feels most of the year.
Most homes here heat with electricity, so the grid matters too. Oregon saw 20 percent of households lose power for at least a day in 2024, and this stretch of coast has logged 47 winter storms and 185 damaging wind events over the last ten years. When the power drops, so does your heat pump, until it comes back on.
- 9 months
- October through June, your system heats
- 37°F
- the average winter night it heats against
- 76°F
- the average summer afternoon it cools against
Oregon requires HVAC contractors to hold a state license.
The Construction Contractors Board licenses the contractor, not the job, so what is on record in Curry County is the business and the people it sends to your door. Work under $1,000 does not need a licensed contractor at all. A heat pump installation runs well past that, so the license applies here.
The license is what stands behind the contractor doing this work. It is not the only check on the job itself. Most cities and counties also require a permit for a heat pump installation, with an inspection once the work is done, and that inspection is what catches a bad connection or a wiring mistake before it becomes your problem.
Source: Oregon Legislative Assembly
- Is a heat pump better than a furnace?
- For most homes here, yes, and the biggest reason is that a heat pump also cools, while a furnace only heats. A heat pump moves heat instead of burning fuel to make it, so it runs on electricity alone, which is already how most homes here are heated. The main thing to check is how it performs at your coldest nights, since winter lows here average 37°F, which is well within the range a modern heat pump is built to handle.
- What's the difference between a heat pump and an air conditioner?
- An air conditioner only moves heat out of your house. A heat pump does that same job in summer, then reverses itself and moves heat into your house in winter. The parts inside are largely the same, the compressor, the coils, the refrigerant lines, but a heat pump has a reversing valve that lets it switch direction. That is why a heat pump can replace both your furnace and your air conditioner, while an air conditioner alone never heats anything.
- Does a heat pump work in cold weather?
- Yes. A heat pump pulls heat from outdoor air even when that air feels cold, since there is still heat in air well below freezing. Winter nights here average 37°F, which is comfortably within the range current heat pumps are designed to work in. New split-system heat pumps also have to meet a federal minimum of 7.5 HSPF2 for heating, a rating that reflects performance across a full heating season, not just on mild days.