Industries
Sector-specific power systems engineering — data centres, oil & gas, healthcare, industrial / mining, commercial (mall / hotel / residential). Each sector with a dedicated approach.
The same diesel generator means five different systems in five different sectors. Sector-specific engineering, not catalogue answers.
A backup generator for a hyperscale data centre and an emergency generator for an offshore platform look similar as equipment but are completely different engineering problems. Data centres need block-load capability, Tier-level uptime and runtime / fuel matching. Oil & gas needs ATEX / IECEx area classification, harsh-environment derating and custom design. Healthcare needs NFPA 99 / 110 Type 1 EPSS and 10-second start. We design for each sector’s real requirement — not a generic “catalogue” specification.
Sectors we serve
Data Centres
Tier III / IV compliance, hyperscale density, AI / HPC workloads. Block-load capability (>50 % step), N+1 / 2N redundancy, runtime / fuel matching, hot / cold aisle coordination. Hyperscale and enterprise DC, independent peer review through full design.
Oil & Gas (custom design)
MENA-focused — refinery emergency, offshore, ATEX zone design. Hazardous area classification (IEC 60079, API RP 500 / 505), harsh-environment derating, FPSO / onshore drilling / gas processing. NORSOK, API, STANAG references.
Healthcare
Life-safety category. NFPA 99 / 110 Type 1 EPSS, 10-second start, segregated branches (life safety + critical + equipment), paralleling for redundancy. Hospital workload (CT / MR / OR / dialysis), JCI compliance support.
Industrial / Mining
Prime power, peak shaving, motor starting, VFD harmonics. Continuous (prime) operation sizing, large-motor starting transients (1500+ HP), VFD harmonic compensation, line-continuity strategy. Mining applications: remote site, altitude derating, dust ingress, fuel logistics.
Commercial (Mall / Hotel / Residential)
24/7 operation, high dependency, reputation-critical continuity. Life-safety loads (emergency lighting, fire pumps, smoke control) plus comfort continuity (HVAC, lifts, cold chain), variable load profile and inner-city acoustics. Malls, hotels, residences and mixed-use.
Other
All facilities and systems where energy is critical and the energy supply directly affects operation. For projects that don’t fit the categories above but need power systems, we run a project-based scope assessment.
Why sector-specific?
A “one size fits all” approach to power systems causes three typical field problems:
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Wrong standards package. A generator designed to NFPA 110 for a data centre does not satisfy IEC 60079 hazardous-area requirements in an oil & gas project. Calling something “standard” without specifying which standard is skipping the question.
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Wrong sizing assumption. A 30 % load surge is tolerable for a hospital (short generator runtime); the same assumption for a hyperscale DC causes block-load failure. Sizing without knowing the sector’s load profile is guessing.
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Wrong lifecycle design. In a mall, cold-chain continuity and inner-city acoustics are the critical items; in industry, fuel logistics is trivial but VFD harmonics are the main problem. Without knowing the sector’s operation, “good” engineering is not possible.
Our approach. Every sector we serve, our team has direct field experience in. We do not take a sector we don’t know — we work in sectors where we can say “we have done this” rather than “we could do this.”
Sector × engineering — at a glance
| Concern | Data Centre | Oil & Gas | Healthcare | Industrial | Commercial |
|---|---|---|---|---|---|
| Operating mode | Standby + occasional prime | Emergency + continuous (critical sections) | Standby (life safety) | Prime + peak shaving | Standby + frequent run |
| Required start time | <10s (Tier III / IV) | <10–15s | <10s (NFPA 110 Type 1) | Flexible | <15s |
| Typical capacity / unit | 1.5–3 MW × N+1 | 0.5–2 MW (Ex-zone), 5+ MW (process) | 0.5–2 MW × 2 (life + equipment) | 1–5 MW prime | 500 kW – 3 MW |
| Critical standards family | NFPA 110, Uptime Tier, ASHRAE TC 9.9 | API RP 14F, IEC 60079, NORSOK | NFPA 99 / 110, JCI, IEC 60601 | IEEE 519, NEMA MG-1 | ISO 8528, NFPA 101 / 110 |
| Fuel strategy | 24–72h runtime tank | Project-specific, bunding critical | 96h+ (NFPA 110 Class X) | Variable, bulk for prime | Site-specific (inner-city) |
| Acoustic concern | High (urban sites) | Low (remote sites) | High (in-hospital) | Medium | High (inner-city, night) |
| HSE priority | Arc flash, hot-aisle ergonomics | ATEX, gas detection, FF&R | Infection control, fire compartment | Machinery directive, LOTO | Life safety, fire / evacuation |
Don’t see your sector?
If you have a power-system requirement in an adjacent sector (e.g. back-up data centres, scientific laboratories, R&D / defence facilities), we do project-based scope assessments. Send the brief — we will tell you honestly whether we are the right fit.