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BMS guide

Building management systems and Vision 2030: cutting energy costs by 20 to 30 percent

Towers, malls and hospitals in Saudi Arabia spend much of their operating budget on cooling, and most of it without a live view of where the energy goes. A building management system gives that view and the controls to act on it. This guide explains what a BMS covers, why new developments increasingly require one, and how to plan it.

Published 7 November 2026 · 5 min read · By the SEJEL team

Key takeaways

  • A BMS centralises HVAC, lighting, access, fire and safety and energy monitoring in one dashboard.
  • Live consumption data and zone-based climate control typically cut energy costs by 20 to 30 percent.
  • Building automation is increasingly mandatory in new developments, including NEOM and Vision 2030 projects, so planning it early is cheaper than retrofitting.

What a building management system controls

  • HVAC: climate managed by zone and schedule rather than by the whole building at once.
  • Energy monitoring: live consumption per system and area, so waste shows up on a screen rather than on the invoice.
  • Lighting and access: unified automation across doors and lights, tied to occupancy and time.
  • Fire and safety: integrated alarm and safety systems with one point of monitoring.

Where the 20 to 30 percent comes from

Most of the saving is cooling that was not needed: empty zones kept cold, schedules that ignore weekends, set-points that nobody revisited. Zone-based control and schedules fix the obvious waste; live data finds the rest, such as a chiller running outside its efficient range. Lighting tied to occupancy adds to it. The smaller carbon footprint follows automatically.

Why new developments require it

Building automation is increasingly mandatory across NEOM and Vision 2030 developments, and smart-city projects expect buildings to report and respond. Designing the BMS into a new build is far cheaper than retrofitting one; for existing buildings, a phased retrofit starting with HVAC and metering is the practical route.

Planning a BMS project

  1. Inventory the systems to connect: HVAC, lighting, access, fire and safety, meters.
  2. Define the zones and schedules the building actually uses.
  3. Choose the hardware with the integration in mind; SEJEL works with Huawei, Hikvision, Dahua and Sahara Net.
  4. Set the dashboard and alerts for the facility team, and agree who acts on them.
  5. Add IoT sensors and security systems to the same platform as the second phase.

Who needs one

Real-estate developers, government facilities and hospitals, and any new development or smart-city project where building automation is required. SEJEL designs, installs and supports the BMS in the Kingdom and connects it to its IoT sensors and security solutions, so the building has one platform rather than several.

Questions

Frequently asked questions.

How much energy can a BMS save?

Live consumption data and centralised climate control typically cut energy costs by 20 to 30 percent, which also lowers the building's carbon footprint.

Can a BMS be added to an existing building?

Yes. A phased retrofit that starts with HVAC control and energy metering is the usual route, with lighting, access and safety systems added afterwards.

Which brands does SEJEL use for BMS?

Huawei, Hikvision, Dahua and Sahara Net, specified, installed and supported in the Kingdom by SEJEL.

Is a BMS required by regulation?

Building automation is increasingly mandatory across NEOM and Vision 2030 developments and expected in smart-city projects, so new builds should plan for it from the design stage.

Next step

See how SEJEL delivers the Building Management System.

Tell us about your goals and we will design the right mix of hardware, software and service, delivered and supported by one accountable partner across Saudi Arabia.

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