How Can I Reduce My Heating Costs ?

Fitting a wood stove will help keep the costs down. With another increase in UK energy prices arriving this autumn, households are once again looking for practical ways to keep their homes warm. And ideally without watching their energy bills spiral upwards.

From 1 October 2026, the energy price cap for a typical household paying by Direct Debit will rise by 4%, taking the representative annual figure to £1,723. Gas prices under the cap are also increasing, making the cost of heating the home an even greater concern as colder weather approaches.

For many households, a modern wood-burning stove could provide an effective way of reducing dependence on gas or electric heating.

The biggest advantage is simple: heat the room you are actually using rather than the entire house.

During autumn and winter, many families spend most of their evening in one main living area. Instead of running central heating throughout every room, a wood burner can provide powerful localised heat, allowing the thermostat to be turned down and reducing the amount of gas or electricity consumed.

Modern wood burners can convert around 80% of the energy contained in their fuel into useful heat when operated correctly. If good-quality dry firewood can be bought locally at a competitive price—or sourced economically—the savings can become increasingly attractive as conventional energy prices rise.

Greater heating budget control

A stove also gives homeowners something increasingly valuable: greater control over where their heating money goes. Rather than being completely dependent on changing gas and electricity prices, households can buy and store their winter fuel in advance.

Of course, a wood burner has an initial purchase and installation cost. And so savings will vary according to the property, existing heating system, stove usage and the price paid for logs. A properly sized stove, good insulation and dry fuel are crucial to getting the best results.

Homeowners should also check local regulations. In smoke-control areas, burning wood generally requires an approved exempt appliance and the correct fuel.

With energy prices rising again, the wood burner is no longer simply a cosy feature. Used intelligently alongside existing heating, it can become a practical tool for reducing conventional energy consumption, controlling household heating costs and keeping the most important rooms comfortably warm throughout winter.

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Does My Stove Need A Service ?

Are You Prepared for Winter?

As colder weather approaches, your wood stove will become a hard-working appliance in your home. Before lighting the first fire, make sure the stove, flue and chimney are ready to operate efficiently.

Over time, soot, ash and creosote can build up inside the stove and chimney. Creosote is highly combustible, and excessive deposits can increase the risk of a chimney fire. A professional chimney sweep can remove these deposits while checking for blockages. And fix damage, poor seals and other problems that may prevent smoke and gases from escaping safely.

The stove itself needs attention. Door ropes and seals will wear out, firebricks may crack, baffle plates can become damaged, and air controls can stiffen or stop working correctly. Even a small fault can reduce efficiency and make it harder to control the fire. Replacing worn parts before winter is normally quicker and less disruptive than arranging an emergency repair during a cold spell.

Why Wood Stove Maintenance Matters.

Regular maintenance will save money. A clean, functioning stove burns seasoned wood more efficiently and produces more useful heat from each log. If airflow is restricted or seals are leaking, fuel may burn too quickly, too slowly or incompletely. This means you could use more wood while receiving less heat. Correct maintenance helps the stove reach its intended performance. Thus reducing wasted fuel and potentially lowering heating costs throughout the winter.

There are simple checks homeowners can carry out, including emptying excess ash, inspecting the glass, checking seals and keeping the area around the stove clear. However, chimney sweeping, flue inspection and significant repairs should be completed by a suitably qualified professional.

Finally, check that smoke and carbon monoxide alarms are working and replace batteries where necessary. Never burn wet, painted or treated wood, as it can create excessive smoke, harmful fumes and faster deposits.

Preparing your wood stove before the season provides peace of mind. It protects your home, improves heat output, reduces the chance of breakdowns and can make every load of firewood go further. A modest maintenance cost now could prevent a larger bill later.

Please do get in touch and one of our expert engineers (HETAS) registered will be happy to assist you.

Are Log Burners Kind To The Environment ? Wood Stoves and the environmental benefits

Modern wood stoves can offer environmental advantages when they are installed, efficiently operated and fuelled with responsibly sourced, seasoned wood. Unlike coal, oil and natural gas, wood is a renewable fuel. Trees absorb carbon dioxide while growing. And sustainable forestry replaces harvested trees, helping to maintain a carbon cycle.

Burning wood still releases carbon dioxide, so it should never be described as completely carbon neutral. However, its overall impact can be lower than that of fossil fuels when timber comes from well-managed local woodland and is burned efficiently. Fossil fuels release carbon that has been locked underground for millions of years. Thus adding carbon dioxide to the atmosphere. Wood uses carbon already circulating within the modern biological cycle.

Reduce other energy usage

A wood stove can also reduce reliance on electricity or gas for household heating. This is particularly beneficial when the electricity supply depends heavily on fossil-fuel generation. Heating the rooms that are actually occupied, rather than running whole-house central heating at a high temperature, may reduce total energy consumption and household emissions.

Locally sourced logs require less processing than oil, gas or manufactured fuels and may travel a much shorter distance. Sustainable demand for firewood can also support careful woodland management. Thinning overcrowded woodland and using fallen or low-grade timber can improve tree health, encourage regeneration and create more varied habitats when undertaken professionally.

The modern stove

Modern, certified stoves are far cleaner and more efficient than open fires or outdated appliances. They extract more heat from each log and release fewer particulates. Nevertheless, environmental performance depends on responsible use. Owners should choose an appropriately sized, compliant stove, have it installed and serviced professionally, keep the chimney clean and burn only dry, untreated wood. Wet logs produce more smoke, less heat and greater pollution.

Wood stoves are therefore not impact-free, and they may be unsuitable in areas with air-quality restrictions. Yet, when combined with good insulation, efficient burning and sustainable fuel, a modern stove can form part of a lower-carbon heating strategy. Its strongest environmental benefits are renewable fuel use, reduced fossil-fuel dependence, local sourcing and efficient, targeted warmth.

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Which Wood Is Best For A Logburner ? Hardwood or softwood?

Choosing the right firewood can make a significant difference to the performance, efficiency and enjoyment of a wood-burning stove. While both hardwood and softwood can be burned successfully when properly seasoned, hardwood is generally the better choice for long, steady heating.

Hardwoods such as oak, ash, beech, and birch are denser than most softwoods. This greater density means that a hardwood log normally contains more usable energy for its size. Once the stove is up to temperature, hardwood tends to burn more slowly and steadily, producing useful heat over a longer period.

This is particularly valuable during cold winter evenings. Instead of continually opening the stove and adding more logs, good-quality hardwood can provide a longer-lasting fire with a strong bed of glowing embers. Fewer refuelling cycles can also make the stove easier and more convenient to operate.

Softwoods such as pine, spruce and fir are less dense and generally burn more rapidly. They can produce excellent initial heat and are particularly useful for kindling or getting a cold stove up to operating temperature quickly. However, because they burn faster, more logs may be required to maintain the same period of heating.

Calmer and far less work

Hardwood can also provide a calmer, more controlled flame once the fire is established. This makes it well suited to homeowners who want sustained room heat rather than a short burst of intense flame.

However, the most important consideration is moisture content. Wet hardwood is far worse than properly dried softwood. Firewood should ideally have a moisture content below 20 per cent before being burned. Dry wood burns hotter and more efficiently and produces less smoke and fewer deposits inside the stove and chimney.

Cost should therefore be considered according to heat produced rather than simply the price of a load of logs. A cheaper load of fast-burning wood may not necessarily represent better value.

For many stove owners, the ideal arrangement is simple: use dry softwood or kindling to establish the fire quickly, then add seasoned hardwood for sustained heating.

When properly dried, quality hardwood provides long burn times, steady heat and fewer refuelling interruptions, making it an excellent everyday fuel for an efficient wood-burning stove.

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What Size Stove Do I Need ?  Where best to fit a new wood stove

When fitting a new log burner, choosing the correct position is as important as choosing the stove itself. The best location is normally a central living area where heat can circulate into adjoining rooms. An existing fireplace and chimney often provide the most practical position, but the chimney must be inspected, swept and tested before installation. It may require a suitable flue liner.

The stove must stand on a compliant, non-combustible hearth and have the clearances specified by its manufacturer. Keep it safely away from timber, furniture, curtains, electrical fittings and other combustible materials.

The flue should take the safest, direct route upwards, with as few bends as possible. Good ventilation is essential because the fire needs a reliable air supply. Larger appliances may require a permanent air vent. A carbon-monoxide alarm must also be installed in the room.

Always use a HETAS-registered installer. The installer should assess the fireplace, hearth, chimney, ventilation and terminal position as one complete system. In a smoke-control area, wood may generally only be burned in a suitable exempt appliance, using the fuel permitted for that model.

How do I calculate the Kw I need?

To estimate the output required, measure the room’s length, width and height in metres. Multiply these figures to obtain its volume in cubic metres. A commonly used starting point for an average insulated room is:

Room volume ÷ 14 = approximate stove output in kW.

For example, a room measuring 5 metres by 4 metres with a 2.4-metre ceiling has a volume of 48 cubic metres. Dividing 48 by 14 gives approximately 3.4kW.

This calculation is only a guide. An older property with solid walls, draughts, high ceilings or large areas of glazing may need more heat. A modern, well-insulated room may need less. Open-plan layouts also affect heat distribution.

Avoid buying an oversized stove. Running a large appliance slowly can produce poor combustion, dirty glass, tar deposits and excessive smoke. A correctly sized stove operated at its intended temperature will usually be cleaner, safer and more efficient. Final sizing should be confirmed by a competent installer after a proper heat-loss assessment.

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