While your system is still under warranty, we strongly recommend giving serious thought to a maintenance contract. It’s a separate essential layer of protection.

There could be hidden defects lurking in your system, and regular maintenance can unveil these issues early on, potentially saving you from costly repairs and part replacements once the warranty expires.

Let’s ensure your system’s longevity and performance with proactive care

Also maintenance ensures your system is running at its best. 

Regular servicing can ensure energy efficiency, system reliability and Optimal comfort

It is certainly a possibility? It doesn’t make sense to send an Engineer where you would have the added expense of travelling, meals and accommodation.

If you contact us directly we could discuss this and see how we can help?

We have covered some of these on another page please click the link below to take you to it.

BMS Advantages

We understand the challenges you’re facing with your BMS installed in the mid-2000s. Over time, technology evolves, and some older systems may encounter difficulties due to discontinued parts or limited support.

We recommend considering an upgrade to a modern BMS. Our team specialises in seamless transitions, ensuring you enjoy the latest features, improved efficiency, and reliable support for years to come.

Let’s explore the best solution tailored to your needs.

Initial training can a disadvantage especially if the operating staff are not aware of the purpose of a BMS and how good it can be for energy saving and end up overriding things to manual control.

Complexity: BMS systems can be complex to design, install, and configure, requiring specialized expertise. This complexity may lead to longer implementation times or require ongoing support.

Installing variable speed drives can certainly be beneficial and lead to substantial energy savings.

VSD’s can be used in many systems but one example is running an AHU (Air Handling Unit) fans at 80% speed and this can result in significant energy savings, and the concept behind this is related to the “cubed law.” The cubed law, also known as the affinity laws, describes how changes in fan speed affect various factors, including airflow, energy consumption, and system performance.

When matched with BMS control of these they can be controlled at the lower speeds without affecting performance.

It can also help with reduced mechanical stress on the motors due to the soft start functionality