PUE ↓ and kWh/IT ↑ (released capacity)
Water under control (WUE ↓) and lower thermal risk
ESG reporting and dashboards for clients/tenants
Rolling 30d PUE: 1.47 · WUE: 0.9 L/kWh IT · SLA: 99.999%
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We connect your DCIM/BMS/IT systems, define KPIs (PUE/WUE/CUE/thermal), and automate alerts, reporting, and communication for clients and investors.
DCIM, BMS, EMS, CRAC/CRAH, chillers, UPS, PDUs...
Normalization, validation, time sync
DC library, dynamic thresholds
Setpoints, airflow, load balancing
ESG/CSRD, client/tenant portal
What we measure, how we integrate, how we act.
[DEMO] Low ΔT in Room 2 · CRAC #07 efficiency degraded · Ticket created (CMMS).
Protocols: BACnet/Modbus/MQTT, SNMP, IPMI, Redfish, OPC-UA
DCIM: Nlyte, Sunbird, EcoStruxure...
BMS: Siemens, Honeywell...
Clear definitions for operations, ESG, and client communication.
| Indicator | Definition | Short Formula | Impact |
|---|---|---|---|
| PUE | Total E. / IT E. | Facility / IT | Efficiency & cost |
| WUE (L/kWh IT) | Water per kWh IT | Total L / kWh IT | Water & risk |
| CUE (kg/kWh IT) | CO₂e per kWh IT | Emissions / kWh IT | ESG/CSRD |
| ΔT supply-return | Cooling efficiency | T_return − T_supply | Hotspots, COP |
| UPS loss (%) | Conversion losses | 1 − η UPS | Energy & thermal |
| kW/rack | Effective density | kW IT / rack | Planning |
| Stranded capacity | Unused capacity | CapInstalled − CapUsable | ROI, CapEx |
| SLAs (uptime) | Level by room/tenant | % monthly/yearly | Contracts |
Technical mode and “client mode” (plain explanation).
Ensure compliance, traceability, and credible ESG storytelling for investors.
Guide improvement and speak the industry’s language.
| Pillar | Status | Action | Impact |
|---|---|---|---|
| Energy | 68% | Optimize setpoints + UPS ECO mode | High |
| Cooling | 58% | Improve containment + balance | High |
| Water | 72% | Optimize adiabatic system | Medium |
| Ops | 80% | DR tests & runbooks | Medium |
Show daily improvements, savings, and risk reduction.
UPS ECO mode, PF, peaks.
-2–4% electrical losses
Setpoints, airflow, free cooling.
-10–25% HVAC kWh
H/C containment, sealing, lower bypass.
Fewer hotspots
WUE, leaks, blowdowns.
-10–30% water use
Right-sizing, freed-up capacity.
Deferred CapEx
Predictive CRAC/UPS.
Lower MTTR
Demand response / hourly CO₂.
Reduced emissions
Client views.
Fewer tickets, higher trust
Corporate visibility, benchmarking, and scalability.
Top by PUE: Site A (1.31)
Bottom by PUE: Site C (1.52)
Top by WUE: Site B (0.7 L/kWh)
Bottom by WUE: Site A (1.1 L/kWh)
Clear numbers — energy, water, CapEx, risk.
-10–25% HVAC
-10–30% WUE
Deferred CapEx
MTTR ↓, SLA protected
Higher tenant NPS
Scenario: IT load 5 MW (24/7)
• PUE 1.60 → 1.45 ⇒ 0.75 MW saved
• Annual savings: 6,570 MWh (€788,400/year at €0.12/kWh)
• WUE 1.4 → 0.8 ⇒ 26,280 m³ saved
• CO₂ avoided: 1,642 tCO₂e
Payback ≈ 1.5 years (on €1.2M investment)
Annual Savings
€788,400
Payback: 1.5 years | tCO₂e avoided: 1,642
Show results — without revealing sensitive data.
PUE
1.45
WUE
0.8
CUE
0.21
SLAs
100%
Monthly Trend Line Chart
Seamless fit with your DC stack.
Open API, webhooks, queues/retries, schema validation, time-series DB, configurable data retention.