Uptime is non-negotiable. AiBE helps data-centre teams access cooling history, operating procedures, and live telemetry more quickly, backed by Primustech's high-criticality FM experience.
Primustech's FM team has 25+ years of high-criticality operations experience. AiBE helps your NOC get to fault history, cooling SOPs, and live telemetry faster.
Planned preventive and corrective maintenance for all major CRAC/CRAH brands, including Liebert, Stulz, Uniflair, and Airedale. PPM schedules stay aligned to manufacturer specifications.
AiBE Operator retrieves live CRAC/CRAH return air temperature, delta-T, and cooling capacity from your DCIM system in a simpler, more accessible way.
AiBE Operator generates live PUE trend analysis and identifies cooling inefficiencies such as hot aisle temperature drift, CRAC underperformance, and economiser bypass before they impact energy costs.
AiBE Scholar retrieves historical fault logs, resolution times, and recurring issues for each CRAC/CRAH unit. NOC engineers can identify chronic issues before they cause downtime.
AiBE Operator routes cooling fault alerts to the on-call FM engineer via WhatsApp, along with asset details, fault history, and suggested first-response steps.
Emergency cooling SOPs, escalation paths, and equipment specifications are accessible through AiBE Scholar from a phone on the data-centre floor.
Singapore data-centre FM teams use AiBE to check live CRAC/CRAH telemetry, retrieve fault history by row or unit, and review resilience-related operating context in plain language. That helps first responders move faster without depending on deep DCIM knowledge.
Request a Data Centre FM Demo →Most teams continue into the full AiBE stack or adjacent critical-environment coverage.
Explore commercial, hospitality, industrial, and transport routes from the wider industry hub.
Browse industries →See the product architecture behind AiBE and the connected systems that support cooling resilience.
View solutions →Go deeper on cleanroom, process-cooling, semiconductor, and other critical-environment operating contexts.
Open semiconductor & industrial →N+1 cooling resilience means the data centre has one more cooling unit than required to handle full load. This ensures that if one CRAC/CRAH unit fails, the remaining units maintain temperature between 18-27°C (ASHRAE A1 class). Primustech designs, commissions, and maintains N+1 and N+2 cooling systems for Singapore data centres, with AiBE Operator providing live telemetry monitoring.
AiBE Operator connects to your DCIM or BMS system to retrieve live CRAC/CRAH return air temperature, supply temperature, and cooling capacity in real time. Data centre FM engineers can query 'What is the current delta-T on Row 7 CRAC units?' via plain language and receive immediate answers without navigating DCIM dashboards. Fault alerts are routed via WhatsApp or email.
Power Usage Effectiveness (PUE) is the ratio of total facility power to IT equipment power. Singapore's Infocomm Media Development Authority (IMDA) sets a target PUE of 1.3 for new data centres under the Data Centre (DC) Park scheme. AiBE Operator generates live PUE trend reports from BMS data, flagging cooling inefficiencies (hot aisle temperature drift, economiser performance) that directly impact PUE.
Primustech maintains CRAC/CRAH units (Liebert, Stulz, Uniflair), in-row cooling, rear-door heat exchangers, chiller-based cooling systems (Airedale, Emerson), free-cooling systems, and adiabatic cooling for Singapore's data centre operators. With 25+ years of high-criticality FM experience, Primustech handles scheduled PPM and emergency corrective maintenance for uptime-critical environments.
Singapore data-centre FM teams can use AiBE alongside Primustech's high-criticality operating experience to improve visibility across cooling systems and fault response. Start the conversation.
Talk to a Data Centre FM Specialist →