A guide to commercial heat pumps for business | Startups Magazine

They are an alternative to the traditional gas boilers that are currently used to heat business properties up and down the country.

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But how exactly do heat pumps work? And can they save you money? Bionic has set out this guide to answer these and any other questions you might have about commercial heat pumps.

How does a commercial heat pump work?

Heat pumps work by transferring heat from one place to another, rather than burning fuel to generate heat. There are three main types of heat pumps available to businesses:

• Air source heat pumps– A commercial air source heat pump works by transferring heat from the air into a fluid. This fluid passes through a heat exchanger to warm up hot water cylinders for taps and showers, as well radiators and other heating systems.
• Ground source heat pumps – Ground source heat pumps for commercial buildings work by circulating a mixture of water and antifreeze through a loop of piping buried outside your business premises. The heat from the ground is then absorbed into the fluid before being passed through a heat exchanger into the heat pump
• Water source heat pumps – If your business is based near a large area of water, a water source heat pump can be used to extract energy from it. There are two types of water source heat pumps:
  • Open-loop system – Suitable for ponds and wells, water is pushed through the pump to extract heat for your system before releasing it back to its source.
  • Closed-loop system – Suitable for water that’s at least eight-foot deep, this system places sealed pipes filled with antifreeze below the surface. As the antifreeze flows through the pipes, it is heated by the water body and returns to the heat pump.

What are the benefits of a commercial heat pump?

There are a number of business benefits that come with installing a commercial heat pump, including:

• Cut your carbon footprint and enhance your green credentials. Heat pumps are considered to be a more environmentally friendly option as they generate less CO2
• Lower your business energy bills. Instead of burning fossil fuels and having your heating bills dictated by the cost of business gas, you’ll only pay for the electricity you use to run the heat pump.
• Lower maintenance costs. Heat pumps cost a lot less to maintain than gas boilers, so you could save money on service and maintenance costs. Heat pumps also have a longer life span than gas boilers.
• Can be used as a cooling system. Unlike gas boilers, which can only be used to heat buildings and water, heat pumps can be switched to a cooling system in warmer weather.
• A safer way to heat. Heat pumps don’t rely on gas to function, which means there’s no chance of a carbon monoxide leak at your premises.

So far, so good. But heat pumps aren’t without their drawbacks.

What are the problems with heat pumps for business?

Although the benefits probably outweigh the drawbacks, it’s worth keeping in mind the following issues with commercial heat pumps:

• High up-front cost. Depending upon the type of system you install, heat pumps can cost anything from £4,000 to £35,000. This is significantly more than a gas boiler.
• Commercial heat pumps can be difficult to install and might not be suitable for all types of business premises.
• Depending upon the system you install, you might find your heat pump isn’t as efficient in cold weather

How much does it cost to install a commercial heat pump?

The cost of heat pump installation will depend upon the type of system you need and the type of property you work from.

• Ground source heat pumps can cost from £13,000 to £35,000. This is because ground source heat pumps are the most expensive systems and have the highest installation costs as they need pipes to be fitted underground. This means there will be digging and construction work at your property.
• Air source heat pump installation costs from £4,000 to £8,000. Although significantly cheaper, the cost will depend upon whether you need a monobloc system that sits outside your building or a split system that has a unit inside and outside.
• A water source heat pump should cost about £10,000 to install. But remember, you’ll need to be situated close to a suitable body of water to use this type of heat pump.

Will a heat pump help your business save money?

Although they have a high up-front cost, heat pumps are around four or five times more efficient than gas boilers. For example, while an old gas boiler has an efficiency rating of around 60%, a new condensing boiler has an efficiency rate of up to 92%. But even this is dwarfed by the efficiency rate of about 400% offered by heat pumps.

If you’re wondering how a heat pump can be more than 100% efficient, it’s because they transfer heat instead of producing it. This means the efficiency in terms of heat output is greater than 100%.

This means installing a heat pump will help your business save money by lowering its energy bills.

The company is the world’s best Commercial Air Source Heat Pump supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.

If you combine a heat pump with solar panels, you can make your business premises almost completely self-sufficient.

Are any government grants available for heat pumps?

Although there are currently no business grants available to cover the cost of commercial heat pumps, your business might be able to cut your tax bill via the government’s super-deduction on capital allowance. For more information, go to the Department for Business, Energy, and Industrial Strategy website.

You can also check the Ofgem website for more business energy efficiency grants and schemes.

How to get a heat pump for your business

Minisplit Heat Pumps

Minisplit heat pumps, a ductless air-source variant, are highly effective for homes without ductwork, offering an efficient alternative to baseboard heating. These systems can reduce energy costs significantly, especially for zone heating. While other configurations, such as air-to-water heat pumps, exist, minisplits are the most common solution for homes with radiator heating in regions like New England and the Mid-Atlantic, where ducted systems are less prevalent.

Additional Context:

• In warmer climates (zones 1-4), about 60% of homes rely on furnaces, while heat pumps are used in 15%-25% of homes, especially mobile homes. Approximately 12%-25% of homes have systems without ductwork, which makes minisplits a viable option (Building America Solution Center) (ENERGY STAR).
• In colder climates (zones 5-7), furnaces are indeed the dominant heating system, used in approximately 63% of homes. Heat pumps, although more efficient in some cases, account for only about 3% of the primary heating systems in these regions. Additionally, around 32% of homes in these areas lack ductwork, making ductless solutions like minisplit heat pumps a practical option for those looking to switch to more energy-efficient systems (EnergySage) (EnergySage) (Bob Vila).

For homes with existing ductwork, replacing a furnace with a heat pump or installing a hybrid system is often easier. However, for homes without ductwork, minisplit systems are generally the best retrofit option. For new home construction, various configurations are available, but cost and specific climate conditions usually influence the choice.

Several innovations are improving the performance of heat pumps:

Staged or Multi-Speed Compressors

• Staged or multi-speed compressors let heat pumps operate close to the heating or cooling capacity needed at any outdoor temperature.
• These systems save energy by reducing on/off operation and compressor wear.
• Inverter-driven systems can modulate their speed/capacity at near-infinite degrees between low and high settings, running efficiently and maintaining consistent comfort.

Variable-Speed or Dual-Speed Motors

• Most newer models of heat pumps and furnace blowers are equipped with electrically commutated motors (ECM) or variable-speed or dual-speed motors on their indoor fans, outdoor fans, or both.
• Variable-speed controls for these fans keep the air moving at a comfortable velocity, minimizing cool drafts, maximizing electrical savings, and reducing noise and disruption.

Desuperheater

• Some high-efficiency heat pumps are equipped with a desuperheater, which recovers waste heat from the heat pump's cooling mode and uses it to heat water.
• A desuperheater-equipped heat pump can heat water 2 to 3 times more efficiently than an ordinary electric-resistance water heater.

Dual-Fuel or Hybrid Systems

Dual-fuel or hybrid systems combine the efficiency of a heat pump with the reliability of a gas furnace. This combination allows the heat pump to handle most of the heating needs in milder weather, while the furnace takes over during colder temperatures.

How It Works:

• Energy Efficiency: During warmer months, the heat pump efficiently heats and cools your home. When temperatures drop, the system automatically switches to the gas furnace, which is better suited for cold weather.
• Shared Ductwork: Both systems typically use the same ductwork, making it a straightforward installation if you’re upgrading from a traditional furnace and air conditioning setup.
• Widely Available: Commonly found in regions like the Mid-Atlantic, dual-fuel systems are easy to implement and help homeowners reduce electricity use in cold climates while maintaining comfort year-round.

This setup is a great option for homeowners looking to maximize energy savings while ensuring reliable heating in colder weather. 

Are you interested in learning more about Air Source Heat Pump Manufacturer? Contact us today to secure an expert consultation!

Cold Climate Heat Pumps

• Cold climate heat pumps are designed to perform in temperatures as low as 5°F.
• If you live in a region where temperatures regularly dip below freezing in winter months, consider looking for a system with an ENERGY STAR Cold Climate label.
• Learn more about ENERGY STAR Cold Climate heat pumps.