Adopting modern smart building controls transforms how property managers handle energy consumption. In 2023, intelligent automated technologies came to the forefront of electronics manufacturing. These systems optimize heating, ventilation, lighting, and water supply.

Furthermore, these cutting-edge solutions allow for remote monitoring with a button press or voice request. Consequently, managers implemented them across countless residential and commercial properties throughout the year.

In fact, these products proved so popular that the building automation systems market is expected to expand at an 11.2% compound annual growth rate from 2023 to 2032.

Interestingly, we need not look far to understand this market rise. Changing energy standards explain how these controls help buildings meet government requirements, improve sustainability, and operate effectively.

Hoping to reach net-zero by 2050, the UK proposed significant changes to the Minimum Energy Efficiency Standards (MEES) in 2023.

Originally, the government announced a new requirement for all privately rented buildings in England and Wales. Specifically, they needed an Energy Performance Certificate (EPC) rating of E or above to renew rental contracts or accept tenants.

However, Rishi Sunak scrapped these changes in September. He argued that requiring efficiency upgrades was unreasonable during ongoing economic difficulties. Previously, the minimum EPC rating was scheduled to increase from E to C by 2025.

Still, despite changed plans, Sunak expects buildings to become more energy efficient where possible. Thus, the government will clarify EPC requirements following a MEES consultation in 2024.

As a result, property owners searched for ways to tackle energy inefficiencies in 2023. They aimed to prepare for inevitable regulatory changes on the horizon. Consequently, smart building controls provided the perfect solution.

Traditional thermostats keep rooms at set temperatures to prevent radiator waste. Similarly, smart building controls ensure energy is only consumed when needed. However, they offer the added benefit of internet-based communication capabilities.

For instance, consider someone returning home later than planned or hybrid employees missing office days. Rather than heating unoccupied rooms, smart thermostats use motion sensors to notify managers of reduced occupancy. They adjust heating accordingly, creating a more energy-efficient space.

Similarly, smart lighting systems use motion sensors to switch lights as people enter rooms. Furthermore, ambient light sensors adjust bulb brightness based on natural light levels. Thus, these smart building controls reduce energy consumption and lower environmental impact.

Moreover, these systems lead to substantial savings on utility bills. This helps occupants manage living costs and enables businesses to invest in staff facilities. Additionally, they ensure high comfort, keeping heat and light levels optimal with minimal maintenance.

So, how do building managers reap these benefits?

Given recent supply chain disruptions impacting electronics manufacturing, implementing reliable control products remains challenging.

However, trusted solution providers like EC Electronics offer essential support.

At EC Electronics, we spend decades producing components for digital and analogue smart building controls. Our expertise covers printed circuit board (PCB) and cable assemblies.

Furthermore, we use state-of-the-art equipment and follow a certified quality management system. Certified to EN ISO/IEC 80079-34:2018, our process ensures products are safe for explosive environments.

Therefore, building managers can trust our teams to deliver exceptional results for single products or complete systems.

To get in touch about our electronics manufacturing services for the building controls sector, call +44 (0)1256 461894 or email sales@ec.local.