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Air source heat pumps are a new type of low-carbon heating system that transfers heat from the outside air (ambient air) into water which is then used through a HVAC plant to heat your building They are becoming more and more popular in homes / commercial premises / retails premises and some industrial applications due to their energy efficiency and economic benefits.

What is an air source heat pump?

Air source heat pumps (ASHP) transfer heat from the outside ambient air into water using refrigerant reverse cycle technology and a heat exchanger. This is then circulated through radiators, fan coil units, under floor heating or heating coils and the heat is then sent around your building, heating your rooms, offices and generally any space. The heat can also be used to heat your domestic water for hand washing.

Heat pumps are an economic alternative to a gas boiler, running on electricity not gas. They are not only a good way of heating your home, office or any space, they are also a great way to reduce your carbon footprint and help the UK hit the target for Net Zero.

How does an air source heat pump work?

An air source heat pump follows a four-step process to heat your building:

1. Evaporation

Heat pumps take in heat from the outside air and transfers it into a liquid refrigerant with a very low boiling point. As the liquid warms it turns into a low temperature gas ready to move to the next stage.

2. Compression

The newly formed gas is then passed through a compressor which compresses the refrigerant, increasing the temperature further.

3. Condensation

The warm gas then goes through a heat exchanger and transfers its heat to a cold water circuit. This causes the cold water circuit to heat up as it absorbs the transferred heat. Once the desired temperature of the water is reached, it can be sent to radiators, fan coils, LPHW heating coils, under floor heating loops or water tanks, ready for use.

4. Expansion

After transferring its heat, the gas returns to liquid state and is then passed through an expansion valve. This valve reduces the pressure and temperature even further allowing for the refrigerant to absorb heat energy once more, beginning the cycle again.

What are the pros and cons of an air source heat pump?

Much like all heating systems, air source heat pumps come with their own list of pros and cons.

Pros:

– Better for the environment than alternative systems – reduces household carbon emissions and can improve your local air quality

– Cheaper to run – although a unit of gas is cheaper than a unit of electricity, generally only about 80% to 90% of any gas unit is fully burned off through a gas boiler or warm air heater. The rest usually goes straight through the heater, up the flue and out to the ambient air. However, with air source heat pumps, for every 1 kW of electrical power consumed you can expect to get 3 kW to 6 kW of heat output, depending on the brand and type.

– Built to last – air source heat pumps can have a longer lifespan than a gas boiler if they are regularly serviced and maintained. However this is dependent on the brand and type of air source heat pump.

– Government grant – if you are looking at replacing your current boiler with an air source heat pump, the government are offering a scheme that allows homeowners to claim up to £7500 to cover the initial costs

– Works all year-round – if your unit is well-maintained, you can expect it to work through all seasons, with some brands working all the way down to -15℃

Cons:

– They can be expensive – air source heat pumps can be more expensive than gas boilers to install, however government support is available

– Not suitable for all housing or buildings – some properties are unable to have heat pumps installed due to external factors such as spacing and access

– Requires good insulation – for an air source heat pump to reach its best efficiency, the properties needs to be well insulated and be able to retain lots of heat

How much are air source heat pumps?

The cost of an air source heat pump installation varies depending on the size of your property, the size of the heat pump, the age of your property and your heat distribution.

The approximate cost of installing an air source heat pump is between £11,000 and £14,000 for a standard home and more for commercial and industrial properties, but remember, this does not include the government grant which can reduce the figure by £7500.

Chillaire are here to help with any queries you may have about air source heat pumps. Our experts have over 30-years experience and are fully qualified and accredited to supply, install and maintain air source heat pump systems.

If you have any questions, our friendly team is happy to help, so please get in touch.

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commercial-heating-and-coolingMaking sure your commercial HVAC maintenance is kept to a high standard is important. Not only does it ensure your system is running efficiently, it also helps keep energy costs down. Here are 5 HVAC maintenance tips for your commercial building: 

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While the cost of living is still affecting households across the UK and energy fees are rising, businesses are seeing a huge reduction in the amount of electrical goods they are selling and installing. To combat this, the government has provided a variety of energy efficiency grants worth £6 billion.

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A wall of commercial air conditioners on an office blockIf you are a commercial property owner, it is important to be aware of air conditioning building regulations.

Although some domestic air conditioning building regulations do exist, you are far more likely to have to adhere to regulatory standards as a commercial property owner.

Knowing the literature, and exactly what the regulations stipulate, will help you to avoid trouble or heavy fines from applicable bodies. Moreover, it is good practice as a commercial property manager to follow legal regulations. 

Today, we at Chillaire are taking our readership on a whistle stop tour of air conditioning building regulations in the commercial market. We are going to outline what, exactly, the regulations are in 2023, so you are better prepared to follow them and be compliant.

Air Conditioning Building Regulations for Commercial Properties

As a commercial property manager, you have a responsibility to ensure that your facility complies with certain regulations. If you are considering or already have an air conditioning system, there are unique, relevant guidelines that must be followed. 

Not only does this ensure the health and safety of everyone on site, but it protects you, and your business, from fines or closure on grounds of compliance. 

Some of the most common regulations, which include TM44 air conditioning regulations, are as follows:

  • F-Gas Regulation/ Compliance 
  • Health and Safety
  • TM44 Regulations
  • Noise Regulations
  • COSHH (Control of Substances Hazardous to Health)
  • Energy Performance Certification
  • Fire Safety

These are not the only mandatory requirements however. Gas boiler systems, for example, require annual servicing to ensure they remain capable of heating water to the legal minimum temperature. Although they may not require the same frequency of servicing, air source heat pumps also require periodic maintenance to ensure water temperature compliance.

The Aim

The aim of these regulations is to ensure any equipment which is installed on a commercial premises is safe, efficient and unlikely to cause disruption to the public. Each of these will have different requirements, so it is important to explore each to make sure you are complying with the law.

The F-Gas Regulations, for example, deals with the containment and disposal of refrigeration systems that hold coolant or other toxic substances. Because of the potentially harmful environmental impact, it is important that leaks are repaired, sufficient record keeping is kept and any coolant is disposed of responsibly. 

Additionally, the EPC requirement stipulates that commercial properties with air conditioning systems rated at over 12kW must have an Energy Performance Certificate (EPC) with a minimum E rating. 

Facility owners must also adhere to health and safety guidelines, especially during the maintenance or installation process. This means sufficient ventilation is mandatory, as well as compliance with electrical safety standards and safe working conditions.

Is Planning Permission Needed?

The answer to this question is difficult, as every case is different. Domestic air conditioning building regulations, as stated, are different. Thus, air conditioning installations often fall under permitted development. This is provided that it is not a listed property and the installation does not exceed a certain size. 

However, commercial properties may differ. This is especially true as commercial air conditioning units tend to be large and require more complex installation work. 

The size and potential for public disturbance will dictate whether planning permission is required. In the case of commercial property managers, we would always advise erring on the side of caution. Speak to the relevant awarding body before taking any action.

Commercial Installations at Chillaire

As a leading supplier of commercial air conditioning installations, we have the relevant experience and expertise to help you navigate air conditioning building regulations. Whether you have questions around the installation of office air conditioning or operate in another commercial field, we are available to support you.

If you have any questions about our service offering, or any of the regulatory requirements pertaining to commercial properties, we encourage you to contact us.

How To Identify a Good Air Conditioning Engineer

There are an abundance of air conditioning engineers on the market today. With so much choice as a customer, it can be hard to know where your money is best spent. Here at Chillaire, we have been in the industry for years and, we believe, have seen it all. That being said, we believe we know how to identify a good air conditioning engineer. Today we are going to outline the tell-tale signs of a reputable air con engineer. This way, the next time your air conditioning unit needs repairing and you call a specialist, you will know when you are getting the very best value for money.

Air Conditioning Engineer: What Do They Do?

Before we delve into what a good air con engineer looks like, let us first briefly look at what an air conditioning engineer does. Essentially, an air conditioning specialist is responsible for maintaining, repairing and providing an insight into your air conditioning unit. If you have any problems or questions regarding your air conditioner, a high quality air con engineer should fix the issue or answer these questions. They will be able to lean on experience with a number of customers and product brands to provide a solution. So, what does a good air conditioning engineer look like? Continue on!

How To Identify a Good Air Conditioning Engineer

A lot of the time, spotting an air conditioning specialist who represents good value for money is a matter of common sense. There are, however, a few things that all air con engineers from reputable companies will have. These include:

Appropriate Qualifications

Like any industry, there are certain standards air con engineers must meet. When you are searching for someone to take a look at your air conditioner, you may wish to enquire about their qualifications. They should, for
example, hold an F-gas qualification which enables them to legally work install, service, repair and leak test air conditioners. Because of the environmental threat posed by the refrigerant in air conditioning units, reputable companies must ensure their engineers hold this qualification. Moreover, some engineers may hold health and safety accreditation. If an engineer is highly qualified, it shows conscientiousness, professionalism and a willingness to do the job properly.

Furthermore, a reputable Air Conditioning Engineer should have a City & Guilds qualification, or your engineer should have done a three to five-year apprenticeship paired with at least two years of experience. Experience is key.

Good Reviews

This one may seem obvious, but the sign of a worthwhile engineer is positive reviews. In addition to this, transparency about previous work/ experience. If you do a search for ‘’air conditioning engineers near me’’, look for companies or tradespeople that have good and thorough reviews. These will indicate both the quality of the engineer as well as their work, and will help to divide any tradespeople that do not offer good value for money.

Experience

A company or engineer that has been in business for a number of years is, arguably, going to offer better value for money. They will have experience dealing with a larger variety of issues, and will be able to access past
experience to get the job done effectively and efficiently. The problem with relatively new companies is that they themselves may still be learning the ropes. Transparency about previous experience is also something to look for. If your engineer is vague about any experience, this may indicate a problem.

Qualified Air Conditioning Engineers With Chillaire

The team at Chillaire hope you are now on your way to identifying a good quality engineer for your next air conditioning repair project. It is important that your engineer is both qualified and experienced, such as our engineers. Our air con specialists hold CSCS Skillcards, have SSSTS (site supervisor safety training scheme) certification, UKATA Asbestos Awareness, IPAF, PASMA, First Aid & Amp and are Fire Risk Assessment certified. Our Senior staff also have the following: IOSH and HNC certifications, a City & Guilds certification, and full apprenticeships under their belts!

In addition to this, our team has years of experience they can lean on which helps them get the job done quickly and to the highest professional standard. For more information on our services or to request a quote, contact us today!

How Do Air Conditioners Work?

Air conditioners are now widely manufactured, distributed and used, but how do air conditioners work? How air conditioning works is often insufficiently explained. For people trying to diagnose problems with their air conditioning system or explain faults to an engineer, it can be challenging. Although they come in a variety of types, shapes, forms and sizes, most air conditioners have the same foundation. Today we are going to provide some more information on the inner workings of air conditioners: answering ‘’how do air conditioners work?’’.

Engineer fixing an air conditioner

 

How Do Air Conditioners Work: An Overview

Here at Chillaire, our engineers are always asked the same question: ‘’how do air conditioners work?’’. We use air conditioners constantly, in a variety of settings. Whether you belong to the domestic sector or you work in the commercial or industrial sector, you will, undoubtedly, have used or come across an air conditioner at some point. We often use appliances blindly without much knowledge of their inner workings, or how they provide the end result. Whilst, for the most part, this is fine, it is helpful to have some insider knowledge when an appliance breaks down and you are trying to diagnose or fix the problem.

The premise of how air conditioning works is simple: cold air is supplied to a room or indoor space by removing heat/ humidity from air within the space. The mechanics inside your air conditioner work to provide a cool environment by capturing unwanted heat and pushing it outside. The air is, essentially, recycled. Continue below where we outline, in greater detail, some air conditioning basics.

The Air Conditioning Basics

Now we have an understanding of the purpose of an air conditioner, let us delve a bit deeper into some air conditioning basics. There are two components that make an air conditioner work. You have a specialised gas called a refrigerant, and then you have the mechanical system which is made up of a compressor, a condenser coil, expansion device and an evaporator coil. All of these elements work harmoniously in the background to provide your indoor room or space with cool air.

Going further, these components all work to convert the refrigerant from gas to liquid and back again. The role of the compressor is to alter the pressure and temperature of the refrigerant. This is then sent to the condenser coil where it is converted to liquid. The gas refrigerant enters the evaporator coil where it, you guessed it, evaporates with the aid of the expansion device. This causes a state change and heat from the room air passing through the evaporator cools the indoor coil in the process. As the fan blows indoor air across this cold coil, heat inside the room or space is absorbed by the refrigerant. Cool air now circulates throughout a space whilst the heated gas returns to the compressor. The excess heat is dispelled outside as the refrigerant returns to its former liquid state. This cycle continues quickly and continuously until the right temperature is reached.

So for anyone wondering ‘’Do air conditioners take in air from outside?’’, the answer is no. This is not how your air conditioning system is designed. Rather, your system uses its fans to draw in air and disperse it through its inner structure. In essence, it is recycled air that passes through coils which cool it down before redistributing it. However, systems can be designed that bring in fresh air if required.

Air Conditioning Basics: Benefits of Air Conditioning

It is important that we have functioning and well maintained air conditioners. A common air conditioning system has a variety of benefits to homeowners and business owners alike. For example, air conditioners help to improve indoor air quality. Some air conditioning systems have dust filters which help to capture dust and pollutants chiefly to ensure the smooth running of the internal mechanics. But these have a positive effect on air quality. Some modern air conditioners even have air purification systems built in.

Moreover, air conditioners remove moisture and warmth from indoor air which helps to tackle excessive humidity. This is important for helping to combat damp, as well as tackling a number of health problems we are susceptible to in humid environments.

Lastly, an air conditioner simply creates a more comfortable environment and atmosphere. In the summer or in countries that have a significantly warmer climate, air conditioning becomes extremely valuable. Office or factory workers are also able to carry out their tasks in a comfortable environment thanks to the availability of modern air conditioners.

How Air Conditioning Works by Chillaire 

We hope any one who arrived at this article asking ‘’how do air conditioners work?’’ now has a better idea of how these systems operate. With a little more knowledge about the individual components, the task of identifying and diagnosing issues is made that bit easier.

If you are having problems with your air conditioner and are based in the Midlands, we at Chillaire can help. For any client in the industrial or commercial sector, we can maintain, service and repair air conditioners or heat pumps. With years of experience and an expert team who have completed countless jobs, no task is too big, small or complex for us. To contact us today to find out how we can help you, click here

Sanyo Heat Pump & VRF & Chiller Spares

We are still able to continue to source spare parts for existing Sanyo heat pump air conditioning systems and chillers or offer replacement systems. This can be done by matching existing Sanyo split Air Conditioning Systems, Heat Pump Systems, VRF Systems or Chiller Units with new Panasonic alternatives from their wide range of products.

Panasonic merged the Sanyo brand during 2012 into the Panasonic brand, with the product ranges of both brands combing under the Panasonic logo. The Sanyo name ceased to be an active brand, at least in heat pump / air conditioning / VRF & chillers.

This meant that in the UK, virtually all of the Sanyo RAC products and Sanyo residential air to water range were replaced by Panasonic equivalent ranges.

Panasonic commenced the replacement of the Sanyo commercial products, launching with the ECOi electric VRF systems, which replaced the previous Urban Multi UM4 range in its entirety and running alongside Panasonics own FS-Multi simplified VRF range. A new Panasonic range branded Elite PACi and GHP was brought in, with Elite PACi being run in parallel with Panasonics own FS range.
Over a period of 2 years (by 2014) the existing Panasonic FS and FS-Multi ranges had been discontinued in the UK and the entire Panasonic commercial air conditioning and heating ranges are now based upon what was Sanyo’s PACi, ECOi and ECOG products.

Panasonic logo
Sanyo logo

Supporting old Sanyo versions of products with new Panasonic is relatively easy because the electronics are virtually identical.

Older Sanyo product spares can still be sourced with technical support and connecting additional controls or indoor units, even replacing indoor or outdoor units is possible.
Chillaire Limited have done this on many occasions for many customers. We have attended customer sites to assist with modifications or repair of old Sanyo systems without issue. We can attend site and investigate any existing Sanyo system and provide equivalent Panasonic solutions.
We also have access to Sanyo technical support through Panasonic UK. We are able recognise Sanyo model references and match them with the latest Panasonic replacement parts or replacement Panasonic system, so as far as Chillaire Limited are concerned it is business as normal. Chillaire Limited, as a Panasonic distributor, feel it is important we are able to offer the Sanyo parts replacement service with its long association with the brand.

We continue to offer a wide range of spare parts for all the heat pumps and air conditioners supplied by Sanyo into the UK market. These include the Scroll Compressor, Inverter Compressor, Swing Compressor, Sanyo PCB’s (Printed Circuit Boards), Air Filters, Fan Motors, Thermistors, Drain Pumps, Remote Controls, Expansion Valve, Condenser Coil, Solenoid Valve, Crankcase Heater, Electronic Thermostat, Float Switch, Magnetic Contactor, Capacitor, High Pressure Switch and Sensors.

We also offer a free site survey and quotation for any existing Sanyo heat pump air conditioning / VRF or chiller system replacement required. If you need a replacement now or are planning to replace your Sanyo product / system in the future, call us today for a free consultation discussion or to arrange a free survey and quotation.

Chillaire van outside Mazda dealership

Mitsubishi Ceiling Air Conditioner System

Installation Case Study

A Mitsubishi Heavy Industry heat pump ceiling air conditioner system was the ideal solution for our recent installation at the Coventry-based car dealership showroom.

The Green 4 Motor Company dealership provides new and used cars sales and servicing. They are recognised for their in-depth product knowledge and willingness to help whenever they can.

That’s why we have enjoyed working with them so much for the last 10 years, looking after their existing air conditioning.

Like us, they’re committed to quality and service, so when it was time to replace their air conditioning, we didn’t hesitate to recommend a Mitsubishi Heavy Industry solution.

Take a Look at the Mitsubishi Ceiling Air Conditioner System we Installed at Mazda, Coventry

Chillaire van outside Mazda dealership
Ceiling air conditioning in car showroom
Ceiling air conditioning units in a car showroom

A Comfortable Showroom Environment is Essential

Temperature control can be challenging in showrooms that have high ceilings, a lot of large windows and often a mezzanine floor as well. However, maintaining a comfortable ambient temperature throughout the showroom, offices and staff areas is essential for productivity and sales.

It’s difficult to concentrate if the temperature is too high or too low. When customers visit a showroom, a fresh and comfortable environment will make them want to stay and improve the chances of a sale.

Carefully designed ceiling air conditioner units with well-calibrated controllers will help to manage the challenges of convection in larger open spaces and they won’t spoil the design of the showroom either.

Mitsubishi Ceiling AC Unit

Temperature control can be challenging in showrooms that have high ceilings, a lot of large windows and often a mezzanine floor as well. However, maintaining a comfortable ambient temperature throughout the showroom, offices and staff areas is essential for productivity and sales.

It’s difficult to concentrate if the temperature is too high or too low. When customers visit a showroom, a fresh and comfortable environment will make them want to stay and improve the chances of a sale.

Carefully designed ceiling air conditioner units with well-calibrated controllers will help to manage the challenges of convection in larger open spaces and they won’t spoil the design of the showroom either.

Ceiling Air Conditioning from Mitsubishi

The Mitsubishi Electric ceiling air conditioning cassette system (PLA-SM) we installed features inverter technology and uses R32 refrigerant, making it a good all-round choice in terms of impact on the environment, energy efficiency, safety and cost-effectiveness.

They are an excellent air conditioning solution for larger business premises such as showrooms and, since they can be installed with a pipe run of up to 40 metres to the outdoor units, they are flexible too.

Car showroom ceiling air conditioning

Air Conditioning Inverter Technology

Inverters provide good performance for both heating and cooling. They control the voltage, current and frequency of elements such as the compressor motor in the air conditioning unit.

Information from sensors monitoring the environment will adjust the revolution speed of the compressor to regulate output, reducing electricity consumption and maintaining comfortable ambient conditions.

By controlling operation frequency, the start-up output is more powerful, creating a comfortable temperature quickly. Once right temperature is reached, it will be monitored and the most efficient waveform calculated to keep the space in the comfort zone without large temperature changes.

Mitsubishi heat pump

A Local Business

Chillaire is a local business with our head offices in Nuneaton. We have working in the Coventry area for almost 30 years, including areas around Leamington Spa, Rugby and Hinckley.

As well as installing air conditioning and heat pumps, we also design and install commercial chillers and industrial heating and ventilation systems.
Please get in touch if you would like to find out more.

Local West Midlands Office: Patani House, 16 Lythalls Lane, Coventry CV6 6FG Coventry office telephone number: 024 7624 9440

Warwickshire Office: Unit 1 Veasey Close, Attleborough Fields Industrial Estate, Nuneaton, Warwickshire, CV11 6RT
Nuneaton office telephone number: 024 7632 0300

Leicestershire Office: 3rdFloor, St George’s House, 6 St George’s Way, Leicester, Leicestershire, LE1 1QZ
Leicester office telephone number: 0116 202 5094

Daikin Heat Pump Air Conditioning for Gym in Cannock

At Chillaire we often recommend Daikin heat pump air conditioning units. Daikin is a leading manufacturer of high quality, reliable heat pumps and air conditioning products.

Using the latest technology, they offer excellent environmental temperature control and efficiency. Through research and development, Daikin air conditioning systems have been developed for a wide range of applications.

A Daikin heat pump air conditioning solution for the Nuffield Health gym in Cannock

That’s why we designed and installed a Daikin air conditioning solution for the Nuffield Health gym at Cannock in Staffordshire; one of the many Nuffield Health Centres we work with across the UK.

The Daikin VAM 2000 heat recovery ventilation unit provides an energy-efficient fresh air system using a heat recovery and exchanger chamber which can recover around 75% of the room heat.

The ceiling cassette 4-way fan coil unit and 360° round flow cassette fan coil unit met the demanding criteria to deliver a comfortable environment for the new spin exercise room.

In

Daikin indoor heat pump air conditioning unit FCAG71A

Indoor model reference FCAG71A

Daikin outdoor heat pump air conditioning units RZASG71MV1

Outdoor model reference RZASG71MV1

Why air conditioning is important in gyms

When developing or refurbishing your gym, air conditioning and temperature control need to be an important part of your plans.

Cooler temperatures help your clients optimise their training with less fatigue. Intensive workouts in spinning classes, for example, can lead to dehydration and heat exhaustion if the environment becomes too hot.

If the temperature is too high during an exercise session efficiency decreases as your body attempts to cool itself. By maintaining a consistent, comfortable temperature that can be properly controlled in relevant zones, you can enhance the exercise environment and help your members to improve their results.

Air conditioning can also help to regulate humidity by condensing hot, moist air and removing it from the building.

You even have the option of running your air conditioning in ‘dry mode’ to reduce humidity, without overcooling the environment.

Many air conditioning systems include air filtration that can remove dust particles, pollen, and bacteria to create a fresher, healthier environment.

Choosing the right air conditioning solution

The key is to choose a solution that is the right size for the space and the workload it must deliver.

A cost-effective way to add air conditioning is to install an energy-efficient heat pump, especially in older, unrenovated buildings. This will transfer thermal energy from warm areas to cool ones in the winter and can be reversed in summer.

Systems that provide both air conditioning and heating and can be more efficient than older electric heaters or boilers, so you can save money as well as improving the environment for your members.

More information

We will be happy to give you more details about the heat pump inverter driven cassette split-type systems with the latest R32 refrigerant we installed at the Nuffield Health gym in Cannock.

In addition to specialist air conditioning solutions for gyms, we also have solutions for data centres or computer rooms.

To discuss your requirements, please contact us on our local umber: 01455 265143 or email us at sales@chillaire.co.uk

We cover the whole of the Leicestershire area including Leicester, Hinckley, Ibstock, Earl Shilton, Broughton Astley, Oadby, Blaby, Narborough, Loughborough, Shepshed, Coalville, Lutterworth, Magna Park, Market Harborough, Syston, Melton Mowbray and the rest of Leicestershire.

Local Warwickshire Office:

Unit 1 Veasey Close, Attleborough Fields Industrial Estate, Nuneaton, Warwickshire, CV11 6RT

Nuneaton Office: Telephone Number: 024 7632 0300 / Email: sales@chillaire.co.uk

Leicestershire Area Office: 3rdFloor, St George’s House, 6 St George’s Way, Leicester, Leicestershire, LE1 1QZ

Leicester Office Telephone Number: 0116 202 5094 / Email sales@chillaire.co.uk

We also cover the adjacent counties of Nottinghamshire, Warwickshire and Northamptonshire.

You can call us on our Freephone number: 0800 092 9898

Green Buildings

Environmentally Friendly and Shown to Improve Business Performance

Green buildings are not only environmentally friendly; there’s growing evidence that they can also improve overall business performance.
We all understand that modern heating, ventilation and cooling systems are efficient and can save us money. However, green buildings can reduce absenteeism and improve morale.

Some forward-looking employers are also using their high-quality working environment as another way to attract and retain the best talent.
Understanding the benefits of green buildings

Learn More About Chillaire
Plants and waterfall inside a glass building

Understanding the benefits of green buildings

Around half of owners don’t know the financial impact of their green buildings.

  • These can include:
  • Quicker lease periods.
  • Premium rents.
  • Higher building values.

While good feedback and a lack of complaints can indicate the positive impact of green buildings, more structured information will help to make the case.

Almost two-thirds (62%) of owners are now looking to employee satisfaction and engagement surveys to improve their understanding of the benefits of green, sustainable healthy workplaces.

Expert view on green buildings

Industry experts have highlighted that enhanced air quality and comfortable temperatures are at the top list when it comes to a healthy workplace.

For many years research has been available that shows how specific building strategies that include improved natural daylight and air quality can enhance learning and attentiveness in education, recovery rates in healthcare buildings and productivity in general office settings.

A graphic showing seven health building priorities

The top benefits expected by public health professionals are improved emotional and social wellbeing. Their aim is to make building owners, architects, construction companies and facilities managers more aware of the importance of health buildings. While all of these groups already consider the health and wellbeing of building occupants, it isn’t their top priority and is often outweighed by design and construction costs.

For a glance into the future of green buildings, see what Nick Lee of the Commercial Estate Group (CEG) has to say.

If you are interested in enhancing the health of your building with better air quality and temperature control, we’d be happy to give you some advice. Please get in touch.

For other areas please see our local addresses below:

North UK & Leicestershire Office: 3rd Floor, St George’s House, 6 St George’s Way, Leicester LE1 1QZ Tel: 0116 202 5094 or email sales@chillaire.co.uk

North Warwickshire Office: Unit 1 Veasey Close, Attleborough Fields Industrial Estate, Nuneaton, Warwickshire CV11 6RT Tel: 024 7632 0300 or email: sales@chillaire.co.uk

Northamptonshire Office: Moulton Park Business Centre, Redhouse Road, Moulton Park, Northampton, Northamptonshire NN3 6AQ Tel: 01604 269540 or email: sales@chillaire.co.uk

Redditch / Alcester Office & West UK Office: Minerva Mill Innovation Centre, Station Road, Alcester, Warwickshire B49 5EH Tel: 01789 273289 or email sales@chillaire.co.uk

Kettering & East UK Office: 10A Silver Street, Kettering, Northamptonshire NN16 0BN Tel: 01536 384046 or email sales@chillaire.co.uk

You can call us on our Freephone number: 0800 092 9898

Total Air Conditioning ● Heating ● Ventilation Solutions for all applications

Chillaire are based in the heart of England with various offices in surrounding areas, from where we provide a national service through our locally and remotely located engineers.
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CONTACT US

Freephone 024 7632 0300

Head Office
Patani House
16 Lythalls Lane
Coventry
West Midlands
CV6 6FG

service@chillaire.co.uk
sales@chillaire.co.uk

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Alcester, Banbury, Bedford, Brackley, Cannock, Derby, Daventry, Dudley, Halesowen, Hinckley, Kidderminster, Leamington Spa, Lichfield, Loughborough, Market Harborough, Nottingham, Oxford, Redditch,Rugby, Stoke on Trent,Stratford Upon Avon, Solihull, Sutton Coldfield, Telford, Walsall, Warwick, Wellingborough, Worcester

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