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Can a heat pump replace gas boilers? That's the question many commercial and residential clients ask as the search for viable, alternative energy resources continues. The embers of the ongoing debate have been stoked by the government announcing it favours air source and ground source heat pumps as the eventual successors to boiler gas as part of its boiler upgrade scheme.

This blog aims to show the realities of heat pumps, how they compare to gas boilers and whether they will indeed replace gas boilers in the future.

We will explore how the two systems operate, their efficiency, eco-friendliness, and how much they cost to run and install.

Heat Pumps v Gas Boilers - Main Differences

Let's start the comparison by looking at how heat pumps and gas boilers work.

Firstly, boilers can heat cold water reasonably quickly, which is one of the main reasons they have proved so popular. They can heat radiators and, therefore, large open spaces - like offices or warehouses - to high temperatures in no time.

A boiler system is often designed to run at flow temperatures of around 70°C (this is the temperature of water sent round to your radiators). The water returns to the boiler after travelling around your radiators (called 'the return'), usually between 10-20°C cooler.

By contrast, heat pumps produce heat more slowly and at lower temperatures.

They ideally want to have an average temperature of roughly 37.5°C and a temperature difference of only 5°C. To be as effective, the radiators they feed in to need to have a much larger surface area. So rather than pumping water into traditional wall-mounted fixtures, they are probably best suited for underfloor heating systems.

When asking yourself whether to swap a gas boiler for a heat pump, you will need to be aware that existing radiators and pipework, as well as your existing source, may need to be updated.

Heat Pumps vs Gas Boilers - Efficiency

Which is more efficient: a gas boiler or a heat pump?

Natural gas boilers have a heat exchanger within the gas combustion chamber. Water passes through this exchanger and absorbs heat from the burning gas. Because it is so efficient, around 90% of the energy is absorbed into the water.

Furthermore, because much heat is created, water vapour condenses - hence the system being referred to as a condensing boiler.

The efficiency of a heat pump is known as the Coefficient of Performance (CoP). This is the ratio of the amount of electricity used to the amount of heat produced for the home.

For example, if the heat pump uses 1kWH of electricity and produces 3 kWh of heat, the CoP is 3 (or 300%) efficiency.

A wide range of contributing factors and many formulae are used to deliver and calculate this efficiency. So it is essential to understand precisely what you should expect from each system when comparing.

Heat Pumps vs Gas Boilers - Costs

A pound coin on a white background

This is ultimately what it boils down to: how much do either of the heating systems cost to set up and run?

Heat pumps are certainly more expensive to buy.

Currently, if you are looking at installing an air source heat pump, you can expect to pay between £8000 and £16000. It can even be as much as £28,000 if you need to upgrade radiators and replace pipework.

For ground source heat pumps, you are looking at around £14,000 to £25,000 for an installation and perhaps even more if you need a large borehole collector.

There are many variations of a boiler, with prices ranging from £500 to £2,500 depending on your chosen make and model. The installation will usually cost more.

But what about running costs?

As previously discussed, heat pumps run on electricity, and boilers burn gas. As a result, a cost comparison will need to consider the unit cost of each fuel.

Electricity costs between 12p and 24p per kWh, depending on your tariff. Alternatively, natural gas is between 3 and 5p.

This means that, in terms of financial cost, the heat pump would need a CoP between 3 and 5 (an efficiency of between 300 and 500%) to be comparable.

As the cost of gas and electricity changes, so will this calculation. However, there is one thing you can be sure of. The cost of energy will continue to rise, and the gap between the price between electricity and gas will close.

In the current climate, switching gas to heat pumps can be pretty expensive. Still, as the energy cost gap closes, the numbers will eventually become more favourable for heat pumps.

The fact that heat pumps save you money on energy bills and last twice as long as a commercial boiler means that over time, they will benefit you financially.

Heat Pumps vs Gas Boilers – Space Required

In order to further explain the realities of heat pumps vs boilers, we should also consider the amount of space both of them require.

Firstly, many of us will already be familiar with the size of a standard gas boiler.

However, heat pumps require alternative equipment for office set-ups.

There are two main types of heat pumps:

- air source

- ground source.

Air source heat pumps collect heat from ambient air whilst ground pumps receive heat from the ground.

Air source heat pumps usually have a large box measuring 1200mm by 1000m outside your building with a fan and compressor inside. This box absorbs heat from the air as the fan draws it through. Additionally, the outside unit needs 2 metres of space in front of it.

To install these, you will also need space inside the property for a hot water cylinder, control box and potentially a second buffer tank, which is about a third of the size of a standard tall hot water cylinder.

Ground source heat pumps, on the other hand, can be installed virtually anywhere. Open-loop systems will need access to a water source - but closed-loop systems do not, making them the more popular choice for urban companies.

The maximum length of the pipe will be 400m depending on the heat pump size you require. This means that, in total, the average system will need between 600 and 1200 square metres of land that is clear of trees and buildings.

Final Thoughts - Will Heat Pumps Replace Gas Boilers?

A white gas boiler on a turquoise background with the text 'Heat Pumps vs Gas Boilers' written next to it.

Although heat pumps are very sustainable and much more efficient than the standard gas boiler, they have some glaring limitations in the real world that don't always make them a suitable, direct replacement for gas boilers.

Firstly, they can be very costly to install compared to gas boilers.

Additionally, they are not yet suitable for every property. Suppose your business is poorly insulated and you have a limited budget. In that case, improving your insulation will be a far more cost-effective way of limiting your energy use (and therefore lowering your monthly bills).

Something else worth considering is that to replace your boiler with a heat pump, the radiators will likely need to be replaced.

And from our experience, we have found that many gas boiler installations are not set up optimally. Each unit can be programmed to better reflect the use of the building and could ultimately save you money on your bills. If in doubt, we can always check the basic installation is correct for you.

For these reasons and more, heat pumps may not yet be a viable alternative to gas boilers for everyone. However, as the energy cost gap closes, the numbers may eventually become more favourable toward heat pumps.

Hybrid systems - making use of both a heat pump and commercial boiler – are also becoming available. The advantage here is that the heat pump takes some of the strain - allowing the boiler to run for longer and reducing energy costs.

If you're unsure which to opt for or are wondering if switching to one rather than the other will benefit you, hybrid systems may be the way to go.

More About Javelin Controls

Javelin Controls Limited was originally formed 14 years ago and has subsequently developed to the stage where, in addition to supporting Hampshire and West Sussex County Councils, both directly and indirectly, in all things controls-related, it has also successfully completed a £1.3M contract for Hampshire County Council providing their schools portfolio with Boiler Energy Efficiency controls packages.

Get in touch with the Javelin Controls team to transform your work environment with a high-quality building management system. We’ll be more than happy to discuss your control and HVAC system requirements and find a customised solution to suit your business needs.

Sadly, one of the news stories that you can’t escape from is the growing climate change crisis. As a result, many businesses and homeowners are taking significant steps towards sustainability and achieving ‘net zero’ status. Businesses, in particular, are adapting to climate change by looking at renewable energy sources, such as solar power.

If that's something you're interested in, this blog will help answer any questions about the benefits of solar power for your business.

How Does Solar Power Work?

Solar power is the conversion of renewable energy from sunlight into electricity.

Many different technologies are available now to businesses to help harness that power.

Two of the most popular are:

We'll look at each of these in turn, analysing their benefits to see which could better suit your business.

Solar Thermal Energy

Solar Thermal Energy (STE) is used to heat water, which can be used for commercial and residential buildings.

Panels can be installed on rooftops - or other surfaces open to the elements - to absorb the sunlight.

These panels house tube-shaped collectors which are filled with water. As the liquid heats up, it is pumped into a specially designed hot water cylinder, where it is stored until you need it.

Benefits of Solar Thermal Energy for Businesses

Solar thermal energy technology has a wide range of benefits for businesses.

It does not take up as much space on roofs as Solar PV Energy panels (more on that later) and can therefore keep offices looking more ‘aesthetically pleasing’.

Thermal energy is also 70% more efficient at collecting heat from the sun's rays than solar PV. It is also a lot less complex to run and maintain.

Therefore, it is a more affordable form of solar power in terms of economics.

Disadvantages of Solar Thermal Energy

While there are many advantages to this technology, there are some disadvantages, particularly for businesses based in the UK.

For example, it is less effective in the winter months when the sunlight is often weaker and the weather is cloudier.

The panels also have a shorter life expectancy than Solar PV. Many other competitors can expect to outlast solar thermal technology by around ten years.

A Good Solution For Businesses?

Thermal solar technology is a superior energy solution compared to alternative forms of green energy like tidal and biomass energy.

However, its exclusive function for water heating can be a downfall when you need solutions for the entire building's power.

And – as alluded to above – the technology is perhaps best suited for warmer climates because the ability of the panels to absorb the sun's rays in winter months diminishes. Relying on sunlight during the summer to heat your water can be risky, particularly with the UK’s more temperate weather.

Solar PV Energy

Solar PV is a much newer technology than solar thermal technology.

To the untrained eye, they look similar to Solar Thermal panels. They are also placed on roofs, but – as we will see – there are some significant differences between the two technologies.

There are three common types of PV panels that are available:

Monocrystalline is the most efficient of these options but is also the most expensive. Alternatively, polycrystalline is a little less efficient but comes at a slightly cheaper price range. Lastly, thin-film solar cells are the most affordable option but are also the most flexible.

Deciding which is best for your businesses will depend mostly on your price range.

How Do These Work?

Solar PV energy works by absorbing sunlight and then converting it into electricity using silicon-based technology.

Advantages of Solar PV Panels

Solar PV Panels have a range of advantages for businesses. For example, they provide you with clean and green energy that can be the best first step towards carbon-neutral offices. They can also do this for a long time of up to 50 years which will see you benefiting financially in the long run.

Furthermore, they are considerably efficient during the summer months yet won't freeze during the winter. Even when there's the slightest bit of brightness during the day - the panels will absorb the rays and allow you to make use of whatever sunshine you have.

In addition, they can cover the energy requirements of appliances that have a high-energy consumption. This includes the refrigerator, washing machine, dryer and much more.

Lastly, the government scheme of a feed-in tariff means that solar PV will take less time to pay for itself than other green energy sources.

This programme is designed to promote renewable and low-carbon technology - giving you an incentive to implement it in your business. You will benefit from quarterly payments for the electricity your installation has generated. This is determined by readings you submit to your energy supplier.

Disadvantages of Solar PV

Whilst solar PV is a remarkable piece of technology in its longevity and efficiency, it does have some drawbacks for those on a budget.

The initial costs are often quite expensive for some businesses.

However, the return you will get can see significant benefits for your business. So it is undoubtedly worth the investment if you can.

And it is worth noting that the panels take up a lot more room than the Thermal Energy equivalent. So available space is something business owners would need to consider.

A Good Solution For Businesses?

Solar PV can be a great sustainable solution for your energy needs.

It allows you to benefit from a phenomenal form of green energy that is hard to beat. Additionally, solar PV will also allow you to earn money from the Feed-in Tariff.

Overall Benefits of Solar Power Systems for Businesses

Now that we have explained both forms of solar power systems let's explore how the overall concept of solar energy can benefit businesses.

An office building with solar panels

A Truly Renewable Source of Energy

Firstly, one benefit for businesses is that solar power is one of the only truly renewable energy sources.

In much the same way that wind turbines rely on gusts, the sun’s presence is paramount for this technology. Fortunately, scientists currently predict that we have another five billion years of energy left to use from it.

As long as your business gets a few hours of sunlight a day, you can benefit from this energy source.

A Reduction In Energy Bills

You rely less on the national grid and traditional utility suppliers to power your business by generating your own energy on-site.

The more energy you produce, the more you will save when using these energy sources.

How much you save will depend on the size of your system and what your typical usage levels are.

That being said, these appliances can easily save you hundreds or even thousands of pounds each year.

Low Maintenance Costs

An additional aspect of solar energy that makes them ideal for businesses is the low maintenance costs involved in keeping them.

Generally, you will get away with cleaning them a couple of times a year. As they do not have any moving parts, you do not need to worry about wear and tear, providing a need for additional maintenance.

So once the initial cost has been paid, you can expect minimal spending needed for maintenance and ongoing repair work.

Reducing Your Environmental Impact

Green initiatives are becoming increasingly more critical within our global agenda.

Customers and consumers expect many businesses to be as responsible as they can when it comes to the environment.

As solar panels produce energy without greenhouse gases or water pollution, they are a viable solution in the world's quest to become more sustainable.

Additionally, solar panels do not produce noise pollution - making them perfect for dense urban areas.

Space Efficient

A somewhat smaller benefit of solar power sources is that they are both silent and space-efficient.

For businesses that are expanding physically, such as with new premises or on-site buildings, the fact that these can be installed simply on the roof of existing buildings can save a lot of needed space elsewhere.

This means that you won't need to find home turbines or large water heaters storage.

Final Thoughts On Solar Power For Businesses

Many businesses are starting to see why investing in renewable energy is so important.

It shows that your brand cares about sustainability and the planet's future, which helps your brand reputation and the global environment.

We have looked at the two main types of panels. While both are relatively cheap to install, space-efficient (compared to traditional energy sources) and silent, they have differences that businesses would need to consider.

More About Javelin Controls

Javelin Controls Limited was originally formed 14 years ago and has subsequently developed to the stage where, in addition to supporting Hampshire and West Sussex County Councils, both directly and indirectly, in all things controls related, it has also successfully completed a £1.3M contract for Hampshire County Council providing their schools portfolio with Boiler Energy Efficiency controls packages.

Get in touch with the Javelin Controls team to transform your work environment with a high-quality building management system. We'll be more than happy to discuss your control and HVAC system requirements and find a customised solution to suit your business needs.

A building management system offers many benefits for commercial use. Not only do the key features of a BMS allow you to control your internal systems from a central management point, but you can keep on top of data and energy consumption more easily for the entire building. If you’re looking for more information on what a building management system is or does at the core, then our previous blog explains that all for you.

However, things like equipment downtime, system visibility and security are all things we know you will be concerned about. This is when you should make sure you are optimising your system to its fullest potential. One way you can do this is by reading about the functions and capabilities of your building management system. Another is by talking to a professional engineer about how you can benefit the most. Once you understand the key features of a BMS, you can begin to customise it to your needs and preferences.

Building Management Systems and the IoT

The internet of things (IoT) is used to describe the connection of devices to the internet. It covers devices that can share data between each other and even be used for remote control. In its simplest form, we are talking about smartphones connecting to WiFi but with building management systems, a lot more goes on. Within your business or organization, you could have thousands of devices and tools that are automated and linked together to make daily running much simpler.

For example, the idea of a smart building is to streamline the functionality of a facility and analyse any incoming data. This information can then be used to automate certain tools and optimise them in correlation with how the building is used. As a result, you get a highly sophisticated management system that can tell you what needs to be changed or where certain levels should sit to best suit the occupants and the building itself. Your professional engineer can install and set it up so that little needs to be done manually to keep equipment running.

Open Systems

You may find many BMSs operate with proprietary systems. This can cause issues when you are connecting multiple aspects of building management and using it for automation or to oversee large areas. Those running on an open system allow you to fully personalise your control. Even if you have an old system, new security measures such as CCTV or entry control can be integrated without a problem.

The benefit of this is flexibility. You can control third party tools and products from the central point meaning you can add new functions or features as you please. Openness is often defined by a set of three criteria:

Interoperability - This is the system's ability to have multiple parts working together. One of the key features of a BMS is that different components can act upon each other. You can have access control linked to CCTV or heating control linked monitoring of indoor temperature. When these things can become a holistic process and be altered without manual intervention - you begin to see a smart building.

Engineering - How complicated is it to integrate? This will determine how much customisation is needed and as a result, how long it will take to programme. As its capabilities span widely beyond HVAC control, it is important that an open building management system can consume data and link multiple tools efficiently.

Who carries out installation - Are specialised skills needed to achieve the desired results and will an engineer be needed for service? While this doesn’t always determine openness, it is a crucial factor in the success of any building management system and achieving the best outcome. Utilising a specialist can ensure full optimisation is carried out.

Scalability

We are aware that businesses expand and grow as time goes on and the needs of your building will change in consequence. Another of the key features of a BMS is its ability to adapt to these changes. This will prolong the life of your security features, HVAC and other integrated systems as they will be monitored closely and adjusted accordingly. Not only that, the system will pick up on faults or imminent problems that you may not have noticed otherwise. This can help mitigate simple issues before they become too much of a problem.

Furthermore, scalability allows for keeping up with the ever-changing technology and advances in building management systems. We recommend keeping up with servicing and software upgrades to ensure they run smoothly. Precision engineers and specialists can help you with this and offer advice on how to scale up your system when needed.

Remote Access & Security

It is unlikely that you will be around at all hours of the day to oversee every aspect of your building. This often means hiring new employees to manage security or monitor certain systems. As a result, you begin to see costs rise and not a lot of return in terms of efficiency. One of the key features of a BMS that can provide ease of use is its remote access availability. You or another manager can access and control the building from anywhere in the world.

With the ability to safely access your management system, you have peace of mind that employee information, building data and other automation is secure. Cloud-based data, predictive analytics and AI are also technologies that can be integrated into your BMS in order to give you the most comprehensive access. Your information will be stored where you can access it easily and monitor it to best suit your building.

key features of a BMS

Benefits of Analytics

While the key features of a BMS do encompass many of the capabilities you would need - analytics adds another layer of potential that can help in streamlining your building. Being able to analyse the complex web of devices means you have a comprehensive view of the entire works. This is the first part of taking meaningful steps to improve operations.

Optimised energy usage

Efficiency relies on the constant adjustments being made to the control systems. As a building changes and the needs of the occupants change, the adjustments being made are going to help keep it as efficient and sustainable as possible.

After exporting data, managers can begin to see trends in energy consumption and spot even the smallest fluctuations. This could result in many potential savings. Long-term usage of a BMS will see the most substantial change by implementing new strategies as patterns emerge.

Occupant behaviour

Data acquisition not only benefits efficiency but can be used to improve or encourage the behaviour of occupants. Harnessing a two-way communication process means visual reminders could be implemented via the dashboard.

Remind employees to turn off lights or shut doors by letting them see the information being used by the BMS to alter energy usage. If they can see the impact being made, it will encourage them to make positive choices.

Potential Drawbacks & How to Overcome Them

Proprietary systems -

The benefit of flexibility is being able to search around for the best parts and engineers. This way you can make the best use of the key features of a BMS whilst staying within your budget.

Not only that, if you need repairs or maintenance done, a proprietary system limits you to the supplier that installed it for you. Meaning that any replacement parts or engineers would have to be employed and come from the same company. While you can be sure you’re getting the right components, it limits you geographically and financially.

To overcome this we would suggest opting for an open system. This way you can keep it running on your own terms. You won’t have the same restrictions, nor will you have to put up with expensive or low-quality vendors. Each year you could hire someone new to carry out services and you will even get more choice with personalisation.

Extensive research -

It does take time and effort to properly research the best provider for you. The factors of cost, capability and intelligence all play a part in finding the right BMS for you. If you don’t get these right the first time, you could be investing in a tool with limited features that does not cover your building extensively enough.

To overcome this, it is first important to understand your building needs. You should be familiar with operations and which systems will need to be managed. Then you can confidently approach suppliers and engineers to ask questions.

Ensure you find an experienced company. They will be more familiar with the different types of building management systems and be able to tell you which has the most advantages for your requirements.

Benefit from the key features of a BMS

When you invest in a building management system, you want to be sure you are utilising it as best you can. This is why prior research is so crucial. The right tools can help make your building more efficient and sustainable and once you hire the right people - it can be optimised to suit you perfectly.

A fully automated system will give you the freedom and security you need. For more information about building management or HVAC systems, get in touch with the Javelin Controls team. You can ring us on 07808 791998 or email sales@javelincontrols.co.uk. We’ll be more than happy to discuss your requirements and find a customised solution to suit your business needs.

A building management system is a component used within data centre facilities. It allows for critical infrastructure equipment to have its management centralised for secure and efficient operation.

This is especially important for large centres and enterprises as they can host millions of pounds worth of equipment in multi-tenant “colocation” centres which need to be maintained effectively.

Facilities such as this require fire suppression, climate control and backup power at every site with physical security. Each of these elements needs a building management system so they can be monitored and maintained. Each system is usually backed up with redundant servers which provide monitoring and alerts. These ensure all aspects of the system operate as they should.

But Is BMS maintenance crucial?

If you don’t look after them, you could be looking at major costs associated with emergency repairs. With an industry full of professionals - mitigation is very possible and should be approached before reaching a crisis.

The Maintenance Checklist

There are several parts of building management systems and controls system maintenance that are essential:

Computer Workstation

Maintenance of computer workstations may require checking the computer and monitoring operations are fully functional. Additionally, interface software may need to be set up if not done so already. Panel and control databases may also require a hard drive backup that service engineers will carry out on site. As part of the checklist, a review of the operation with maintenance personnel may be included.

Supervisory Panels

These should have regular performance diagnostic checks in order for problems to be reported and resolved before they become critical issues. Network communications also need testing. This is because parts of maintenance panels may need to be upgraded for current firmware revisions.

What Are The Benefits - Is BMS Maintenance Crucial?

Some of the key benefits of regular servicing include:

Improved Internal Environment -

A building management system has the capability of controlling air quality, humidity, temperature and ventilation. This is often done via a link with the building’s HVAC system. Firstly, occupants can be protected from harmful pollutants, smoke and gases. When ventilation is controlled properly and maintained by professionals, you can mitigate any unwanted toxins from entering the building. It will also detect harmful environments and allow you to evacuate or isolate the area should you need to.

Furthermore, when the temperature and humidity sensors are serviced, they will be more capable of making small adjustments and keeping the environment at optimal conditions. This results in more efficient workers who have a comfortable area to work in.

Additionally, well-functioning pressure control-loop tuning and other HVAC elements will ensure costs are kept to a minimum. Not having to run them manually means even the smallest of changes can see a substantial improvement in your energy bills!

Automatic shutdowns -

Lighting, heating and air conditioning can be automatically switched off in unoccupied areas and during select times which can help cut costs even further. It will benefit your carbon footprint and leave you with the confidence that sections of your building you want to be inoperative do not remain running while you are away.

Similarly, regular checks made to a building management system allows for as little downtime as possible. Any repairs or preventative measures can be carried out without an effect on your other equipment. This will again, save you time and money and allow all of the essential components to stay up and running.

Reducing Footprint -

Offices account for 18% of the UK’s energy consumption. Keeping up with your BMS maintenance will help you reduce your business’ footprint by reducing energy consumption by up to 55%. In turn, you will help the UK in achieving its carbon goals and save your business money.

Also, a building management system works to reduce your overall energy needs. Staff will have the ability to monitor how much energy is being used on a daily basis. Engineers can ensure your control system is fully optimised - allowing you to record daily info and present it in a way that will encourage staff to make small changes.

This will also aid you in keeping updated on where savings can be made. As “smart buildings” continue to become increasingly popular, a BMS can help you get one step closer to becoming carbon neutral.

Upgrades

There is a range of upgrades available with BMS from small editions to major projects. These upgrades ensure that maintainability and optimum performance can be achieved to maximize the life of the control system. These can vary from installations of the latest BEMS technology to energy-saving enhancements. Don’t forget to talk to your engineer to find out more about how to properly optimise your BMS.

BMS maintenance crucial

External Factors

To ensure your building management system is maintained and continues functioning at the highest standard, it is imperative you keep an eye on each external element and run regular servicing. Other parts of the checklist include:

Air Systems

Operating sequences such as those needed for fans, dampers, heating and cooling systems often needed to be adjusted and tested. It is also important to review ventilation operating set points in accordance with the design criteria. This can help improve air quality and ensure the data is correct.

Any adjustments that need to be made will rely on the correct information being fed back. Changes to control loops and tuning parameters may also need to be made, but for a full and extensive service, you should ensure the engineers are experienced.

GeoThermal, Heating and DHW systems

Boilers, valves and pumps can be serviced by having their operating systems adjusted and tested. Seasonal temperature and ventilation set points can be reviewed against the design criteria as part of the service.

Any HVAC system should be checked to ensure it can comply with regulations and work cohesively with your building management system.

A service engineer may also make changes to control loops. This is to ensure the system is achieving stable, accurate control by adjusting tuning parameters. Additionally, outside air temperature interlocks are checked and operation and equipment are reviewed to keep any in-house repairs to a minimum.

Gas Detection Systems

The maintenance of gas detection systems may include a test and adjustment as well as a check on the operation of the control panel. This will work in cohesion with improving the internal environment. You can mitigate anything harmful before extreme action needs to be taken. Without careful servicing, you may miss alerts or find yourself without any detection at all.

Reports and Training

When you have a BMS installed, there may be training involved so that site personnel can be aware of the current operating conditions in place. Additionally, training may be provided with a building operator to review changes as well as answer any questions that relate to the operating systems. Finally, a written report should be provided as part of BMS maintenance to document each visit and look back on should any problems arise.

Planned Preventative Maintenance

PPM is a scheduled maintenance routine. It ensures that machinery, equipment and services are maintained at regular intervals.

This helps by:

This is why specialist service companies that have many years of experience dealing with system and equipment maintenance are essential. They take the pressure off of the customers, allowing them the time to focus on more important tasks. Potential problems can be spotted before they occur and malfunctioning or obsolete items can be dealt with quickly with minimal disruption.

Choosing The Right Provider

When choosing who to hire for BMS maintenance you should ensure that you choose a provider who works to the highest industry standards and is accredited with appropriate certificates. Your system will need to be tailored to fit your business needs, so you should seek out a specialist in order to help recommend a building management system as well as oversee its installation.

Every component needs to be fitted and serviced properly. When considering a BMS, it is of utmost importance that you consider that they comply with all the relevant standards for A1 environments. It may also benefit you to have a portal for users’ viewing. This way occupants can keep careful track of the environment and bring up any concerns they may have. There are plenty of options to consider and some components may not be suitable for everyone. That’s where our team can help!

Get in touch with the Javelin Controls team to transform your work environment with a high-quality building management system. We’ll be more than happy to discuss your control and HVAC system requirements and find a customised solution to suit your business needs.

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