The Invention of Air Source Heat Pumps: A Sustainable Heating Revolution
What Are Heat Loss Calculations?
Heat loss calculations are performed after a heat loss survey on a property and help understand the heating needs of the property by calculating the heat loss of the properties fabric. Heat loss calculations help an installer understand how much heat the building will loose through though the year.
This calculation is essential for installing the right size heat pump and getting the correct radiators sizing for the property. Having accurate heat loss calculations performed will ensure the efficiency of the system design and prolong the life of the product by making sure the system is not under or over sized putting strain on the system.
Why Use Apex For Your Heat Loss Calculations in Leicestershire?
Alongside the technical surveyors, we have a full time, in-house design team with a collective 30+ years of experience in designing heating systems and performing heat loss calculations. Apex Renewable Energy Surveys started in Doncaster which is based in Yorkshire.
Working to the standards and methodology set out in MCS3005-D and the CIBSE Domestic Heating Guide, our service includes:
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Complete room-by-room heat loss calculations for the full property
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A detailed heat loss summary
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Required emitters with outputs at the required flow temperature
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Details of the proposed equipment (such as SCoP, maximum output, etc)
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MCS035 Model Performance Estimation
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MCS020 Sound Calculations
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Recommended equipment
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Any site-specific recommendations
As an optional extra, alongside the heat loss calculation, our design team can also provide a completed DNO application form with the relevant unit-specific technical information and assist you with the application process, saving you time with your pre-installation administration.
Our Air Source Heat Loss Calculation Achievements
Heat Loss Calcs
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Mw of Heat Loss
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Radiators
Designed
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MCS Documents
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Versions of Our in
House Calculator
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Understanding Radiator Sizing and Heat Loss Calculations in Leicestershire
As part of air source heat pump survey we also provide the full measurements of existing radiators and the room available for future changes. Apex Renewable Energy Surveys understand the importance of sizing radiators correctly with air source heat pumps and our professionally trained office staff specialise in heat loss calculations. This allows them to accurate calculate the correct radiators needed for the designed flow temperature of the ASHP that has been selected for the job.
Key Benefits of Heat Loss Calculations Done by Apex
MCS and DNO Documentation
We provide MCS and DNO documents on our jobs to help alleviate your admin work and process's within in your office making a smoother process for your customers.
You will receive a full radiator schedule stating which radiators need to be replaced what that radiators you need to replace them with.
Air Source Heat Pump Floor Plans in Leicestershire
Apex Renewable Energy Surveys will also provide a full floor plan after each survey, giving you a far easier job of planning your new potential installation. Not only does the floor plan make planning the installation run a lot smoother but it allows better communication between you and your customer. The customer will be able to understand which room you are discussing with them at any point, bedroom 1 and bedroom 2 can start to get confusing at some points in discussions with a floor plan guide this can happen much easier. This also allows installers to understand where the radiators are located and the basic information of the cylinder and current boiler locations.
Heat Loss Calculation Costs in Leicestershire
Heat loss calculations are very admin heavy and require a lot of knowledge and expertise this can often put up hurdles for new companies or growing companies. Apex Renewable Energy Surveys already have a fully professional established team with years of experience to perform heat loss calculations in a timely manor while making sure the accuracy is kept to high standard. We have built our costing system for heat loss calculations to allow companies a competitive price while also removing the leg work involved.
Increase Sale Conversion Rates in Leicestershire
Not only do Apex Renewable Energy Surveys provide professional and accurate surveys but we also get very positive reports from existing installers that we have increased sales conversion rates. This is due to many factors but the main factor for you as installer is that you can explain to your customer that a third party surveying company will be performing the survey. When explained properly this is a massive win for the customer as they will have the trust knowing that a fully experienced professional surveying company will be gathering the information and providing the system design giving them peace of mind that the system will be designed to the property and not to the installers benefit.
Importance of Heat Loss Calculations in Leicestershire
Heat loss calculations are essential for the effective installation and operation of heat pumps in Leicestershire, ensuring optimal performance, energy efficiency, and overall comfort in homes. Given the region's unique climate and housing characteristics, these calculations play a vital role. Additionally, with government incentives like the £7,500 Boiler Upgrade Scheme (BUS) voucher, the importance of accurate heat loss calculations becomes even more pronounced. Here’s a detailed look at their significance:
1. Accurate Sizing of the Heat Pump
Avoiding Over- or Under-Sizing: Heat loss calculations are crucial for determining the appropriate size of the heat pump. An accurately sized heat pump ensures efficient operation—if it’s too large, it will cycle on and off frequently, leading to inefficiencies; if it’s too small, it won’t adequately heat the home, especially during colder periods in Leicestershire.
Optimized Performance: Correct sizing based on heat loss ensures that the heat pump meets the specific heating needs of the property, providing consistent warmth throughout the winter months.
2. Local Climate Considerations
Cold Winters: Leicestershire experiences cold winters, making it essential to have a heat pump capable of meeting heating demands during peak cold periods. Heat loss calculations take into account local weather patterns, ensuring that the heat pump can maintain comfort even in the coldest months.
Wind Exposure: Properties in exposed areas may experience higher heat loss due to wind, necessitating precise calculations to determine the appropriate heat pump capacity.
3. Energy Efficiency and Cost Savings
Reduced Energy Consumption: Accurate heat loss calculations lead to the installation of a heat pump that operates efficiently, reducing energy consumption and lowering utility bills. This is particularly important as energy prices fluctuate.
Long-Term Financial Benefits: Efficiently sized heat pumps incur lower operational costs and reduce the need for frequent repairs or replacements, providing homeowners with significant long-term savings.
4. Compliance with Building Regulations
UK Standards: Heat loss calculations are often required to comply with UK Building Regulations, particularly Part L, which governs energy efficiency in buildings. Ensuring compliance is critical for new builds and retrofitting existing homes in Leicestershire.
Planning Permissions: Local authorities may require proof of heat loss calculations as part of the planning process for heat pump installations, especially in conservation areas.
5. Addressing Leicestershire’s Diverse Housing Stock
Variety of Property Types: Leicestershire's housing stock includes modern homes, traditional properties, and older buildings. Older homes often have less insulation, leading to higher heat loss. Accurate calculations help ensure that heat pumps are appropriately sized for these diverse structures.
Retrofitting Needs: Many homes may require energy efficiency upgrades, and heat loss calculations help determine how much insulation or other improvements are necessary before installing a heat pump.
6. Optimizing Heat Distribution Systems
Effective Heating Solutions: Heat loss calculations inform the design of heating distribution systems, ensuring efficient heat delivery throughout the property. This is particularly important in diverse properties where different heating solutions may be in use.
Matching Flow Temperatures: Understanding heat loss helps determine the optimal flow temperature for the heating system, ensuring efficiency and preventing excessive energy use.
7. Enhancing Comfort and System Performance
Consistent Indoor Temperatures: Accurate heat loss calculations ensure that the heat pump can maintain consistent indoor temperatures, enhancing overall comfort for residents during colder months.
Avoiding Short Cycling: Properly sized heat pumps are less likely to experience short cycling, leading to more stable temperatures and improved comfort.
8. Supporting Sustainability Goals
Lower Carbon Emissions: Heat pumps are a key technology for reducing carbon emissions and promoting sustainability. By operating efficiently, heat pumps based on accurate heat loss calculations contribute to environmental goals.
Integration with Renewable Energy: Heat pumps can be paired with renewable energy systems like solar panels. Accurate calculations help optimize the integration of these systems for maximum efficiency.
9. Access to Financial Incentives
£7,500 Boiler Upgrade Scheme (BUS): The UK government offers a Boiler Upgrade Scheme, providing homeowners with a voucher worth up to £7,500 to help cover the costs of installing heat pumps. To qualify for this funding, accurate heat loss calculations are often required to demonstrate that the system will be appropriately sized and efficient.
Financial Accessibility: This financial incentive makes it more feasible for homeowners in Leicestershire to transition to heat pumps, promoting energy efficiency and supporting efforts to reduce carbon emissions.
10. Increasing Property Value and Comfort
Enhanced Property Value: Homes equipped with energy-efficient heating solutions like heat pumps are increasingly attractive to buyers, which can enhance property values in Leicestershire’s competitive real estate market.
Improved Comfort: Properly sized heat pumps ensure that homes remain comfortable, providing consistent heating even during the coldest periods, leading to a better living environment.
Conclusion
Heat loss calculations are crucial for the effective design and operation of heat pumps in Leicestershire. They ensure accurate sizing, enhance energy efficiency, and contribute to cost savings while complying with local regulations and sustainability goals. The £7,500 Boiler Upgrade Scheme (BUS) further underscores the importance of these calculations, as they are often necessary to access financial support for heat pump installations. As homeowners increasingly seek to improve energy efficiency and reduce their carbon footprints, precise heat loss assessments will play a vital role in optimizing heat pump performance, increasing comfort, and providing long-term economic benefits.
Heat Loss Calculation Locations in Leicestershire
We have the largest network of fully qualified and experienced Domestic Energy Assessors (DEA's) in the country, allowing us to easily access around 95% of the country, including off-grid towns across the north and east of England and Wales.
We have extensive coverage in:
For areas not listed, please contact our admin team who will be happy to find a solution.
Ashby-de-la-Zouch
Barrow Upon Soar
Blaby
Broughton Astley
Castle Donington
Coalville
Countesthorpe
Fleckney
Groby
Hinckley
Kegworth
Leicester
Loughborough
Lutterworth
Market Bosworth
Market Harborough
Melton Mowbray
Mountsorrel
Narborough
Newtown Linford
Oadby
Quorn
Ratby
Shepshed
Sileby
Stoneygate
Syston
Whetstone
Wigston
Wymeswold
How to Get Started with Our Heat Loss Survey
0333 577 2452 (Booking Line)
Apex Surveys
2c Kings Mews
Doncaster
DN1 1JD
Mon 09:00 - 17:00
Tue 09:00 - 17:00
Wed 09:00 - 17:00
Thu 09:00 - 17:00
Fri 09:00 - 16:00
Sat Booking Line Only
Sun Booking Line Only
You can also reach our team using the contact form below: