CIE supports leisure centres, swimming pools, gyms, courts and multi site sports estates where comfort, energy use and public operation are tightly connected. We keep live buildings running while improving the controls underneath them.
Sports and leisure buildings combine high thermal demand, changing occupancy and public facing operation. A controls issue is rarely just a controls issue. It becomes comfort complaints, wasted energy, lost availability or operational risk.
Pool hall BMS performance depends on coordinated heating, ventilation, dehumidification, water conditions and plant availability. CIE reviews the control relationship rather than treating each alarm in isolation.
Gyms, studios, courts, wet side areas and event spaces rarely share one operating pattern. We use schedules, trends and live evidence to align control with real occupancy without compromising conditions.
Controls migrations and lifecycle works are planned around opening hours, events, critical plant and rollback requirements. The operational boundary is defined before engineering change begins.
Extended hours, high hot water demand, ventilation and pool plant make schedule drift, failed sensors and poor strategies expensive. Remote bureau review helps identify evidence worth acting on.
Trend, Niagara, BACnet, third party plant and legacy panels often coexist. CIE maps the dependencies and creates an estate view without pretending every asset must be replaced together.
Operators need clear priorities, not an alarm flood. We translate BMS data into practical engineering decisions that protect customer experience and keep facilities teams in control.
CIE consolidated the estate, defined the controls framework and supplied the specialist engineering that helped GLL build its own national in house BMS Bureau.
Buildings operated separately, without a common framework or in house national Bureau.
Consolidation, architecture and engineering created a framework the live estate could scale on.
An in house national BMS Bureau and complete autonomy, capability owned by GLL.
A three year support relationship with a defined lifecycle roadmap and upgrades already in delivery. CIE is protecting continuity while modernising the control infrastructure behind a world class sporting environment.
CIE combines onsite verification, remote building intelligence and controlled lifecycle delivery around the way leisure estates actually operate.
Planned visits, backups, controller and network checks, alarm review, plant verification and targeted reporting.
Trend and alarm investigation, schedule and setpoint review, software level correction and escalation between visits.
Evidence led strategy review around pool halls, AHUs, heating, hot water, occupancy and seasonal operation.
Trend, Tridium Niagara, BACnet and mixed vendor migration planned with validation, backups and rollback.
Proof matters more than generic capability language. These relationships show the continuity, engineering depth and estate thinking CIE brings to complex operational environments.
More than 110 connected buildings today, with an in house national BMS Bureau and complete operational autonomy.
Three year support continuity with a defined lifecycle roadmap and Courts 3 to 8 BMS works in delivery.
Part of CIE’s selected portfolio across live leisure, wet side and high demand public environments.
The right first move depends on live plant, controls condition and the operational boundary, not a pre selected product.
Yes. CIE can establish a support baseline across mixed Trend, Niagara, BACnet and inherited systems. We map access, backups, controllers, supervisors, networks and known issues first, then define planned onsite work, remote bureau coverage and lifecycle priorities around each venue’s criticality.
We define dependencies, critical plant, shutdown windows, backups, validation steps and rollback routes before change begins. Work is sequenced around venue operation so the controls migration does not assume the building, pool hall or event programme can simply stop.
A bureau can expose schedule drift, overridden points, persistent alarms, poor setpoints and control behaviour that would otherwise sit unseen between visits. CIE uses that evidence to identify a practical engineering action and then checks what changed rather than promising savings from a dashboard alone.
Yes. CIE reviews the BMS control relationship across pool hall temperature, humidity, ventilation, heating, dehumidification and associated plant. Physical verification remains important because the controller command, sensor reading and actual plant response must agree.
CIE specialises in Trend controls, IQVISION, Tridium Niagara 4 and BACnet integration, including estates where several systems and generations coexist. The objective is a dependable operating picture and a controlled route through obsolescence, not unnecessary wholesale replacement.
Bring us the sites, installed BMS platforms, current operational constraint and the decision that is stuck. A useful first step may be an estate control room review, site survey, remote access assessment, energy engineering review or defined BMS support proposal.
Bring us the live venue, inherited controls and operational constraint. An engineer will help establish the safest useful next move.
Talk to CIE