SUMEGroup
SUMEGroup

Built for the Demands of the Data Center.

Data centers run 24/7 with zero tolerance for downtime. Every system — power, cooling, monitoring, security — must perform continuously and be maintained without disruption. SUME delivers and sustains that infrastructure.

Liquid Cooling & CDU

Liquid Cooling for the Next Generation of Data Centers

AI workloads and high-density GPU clusters generate heat that conventional air cooling cannot handle at scale. Midea's liquid cooling portfolio — supplied and installed by SUME — addresses this directly, and forms the most advanced layer of the precision cooling capability mapped out below.

PUE < 1.2

Maglev Active CDU

Midea's flagship unit combines a magnetic-bearing (maglev) chiller and a coolant distribution unit in a single chassis — no oil, no bearing wear, lower noise. Cuts data center floor space by over 50%.

Up to 2,600 kW

Industrial-Grade CDU

Cooling capacity up to 2,600 kW per unit, built for 24/7 continuous operation across supercomputer racks and high-density server rows.

Chip-level

Liquid-Cooling Terminals

Direct chip and processor-level cooling — removing thermal load at the source before it becomes a facility-wide problem.

Hybrid

Air-Fluid Synergy Architecture

Coordinates precision air conditioning with rack-level liquid cooling in one managed system, so facilities move progressively toward higher liquid-cooling ratios without disrupting existing infrastructure.

Capability Mapping

Every data center need, matched to a SUME capability.

A single M&E partner delivering the full infrastructure scope — from standby power and precision cooling to monitoring, security, and long-term maintenance.

Data Center NeedSUME Capability

Uninterrupted Backup Power

Standby gensets, fuel monitoring, engine maintenance — sized and serviced for 24/7 critical load.
Power & EnergyYuchai · IHI / Niigata
YuchaiIHINIIGATA

High-Density Cooling

Precision HVAC, chiller plants, and efficiency optimization — engineered for continuous high-density thermal loads.
Precision CoolingMidea · Broad · Hisense
MideaBroadHisense

Energy Cost Control and BMS

Cooling-as-a-Service (zero CAPEX, performance-guaranteed), solar PV, and chiller retrofits that measurably reduce operational spend.
Cooling-as-a-Service
PowerbrainKong CubeSiemens

Operational Visibility

Flow metering, fuel monitoring, and smart control — integrated into a centralized operational view.
MonitoringEmerson · Endress+Hauser · Ramus
EmersonEndress+HauserRamus

Physical Security

CCTV and surveillance integration via Ramus and KINGSAT — protecting physical access to critical infrastructure.
Monitoring & SecurityKINGSAT · Ramus
KINGSATRamus

Single Accountable Delivery

Integrated M&E contracting — one partner across design, procurement, installation, commissioning, and maintenance.
Integrated M&E

Why It Matters

The infrastructure decisions that determine uptime.
01

Cooling is the Largest Operational Cost

Cooling systems typically account for 40–60% of a data center's electricity. Every percentage point of efficiency improvement translates directly to operational spend.

40–60%of facility electricity
02

Power Reliability is Non-Negotiable

Backup power and fuel reliability underpin every uptime SLA. Engine maintenance, fuel monitoring, and genset sizing must be engineered — not assumed.

24/7no tolerance for downtime
03

One Partner Reduces Coordination Risk

A single accountable M&E partner eliminates the coordination gaps between specialist subcontractors — reducing risk across every critical system.

1accountable partner

Standby power, precision cooling — uptime assured.

SUME supports the facilities that power Indonesia's digital infrastructure. Tell us about your facility and requirements.