Seven service pillars, one engineering quality.

We design, supply and commission every component of a power system — the genset and the Balance of Plant (BoP) around it — under a single engineering coordination. The customer gets one point of contact, one responsibility, one delivery.

Scope

• Main equipment: Generator set (engine + alternator + controls)
• Fuel Systems: Day tanks, main fuel storage, transfer pumps, polishing, leak detection
• Exhaust Lines: Silencers (residential / critical / hospital grade), insulation, expansion joints, stack design
• Cooling Systems: Remote radiator, closed-loop heat exchanger, glycol systems
• Container / Enclosure: Sound attenuated, weather-proof, modular and mobile
• Cabling and Switchgear Infrastructure: Power and control cabling, cable trays, earthing, lightning protection
• Automation: SCADA, BMS integration, remote monitoring infrastructure
• Site Integration: Foundation design, installation, commissioning, documentation

Our Process

1. Discovery & Requirements Analysis

   Site visit, existing infrastructure analysis, customer requirements document.

2. Concept Design

   System architecture, preliminary OEM selection, rough sizing and budgeting.

3. Detailed Engineering

   P&ID, single line diagrams, equipment datasheets, calculation reports.

4. Procurement & Fabrication

   OEM orders, subcontractor management, quality control.

5. Site Installation

   Mechanical and electrical installation, cabling, documentation.

6. Commissioning & Testing

   No-load / loaded tests, paralleling tests, customer training.

7. Handover & Warranty

   Full documentation, warranty transfer, scheduled maintenance plan.

Off-the-shelf generators from manufacturer catalogs cover the majority of projects. But some applications — particularly Oil & Gas, mining, marine and extreme-climate sites — bring requirements that standard products cannot meet. In those cases, we manufacture customer-specific genset packages.

Parameters We Can Customize

Typical Customer-Specific Solutions

• Oil & Gas IP54/IP55 alternator package — for onshore well-site and gathering station applications, designed for heavy dust, particulate and moisture conditions.
• Mining duty containerized genset — for high motor load transients and dusty conditions: altitude derating, high-IP enclosures, advanced air filtration, modular and mobile.
• Marine and offshore packages — DNV / ABS / Lloyd's certified; corrosion-resistant coatings, compact platform footprint.
• Cold weather packages — down to –40 °C: pre-heating, insulated enclosure, fuel heater, glycol cooling, cold-start capability.

Sometimes our customer needs only engineering support — feasibility, system architecture, calculation reports, or an independent design review. We can offer this as a standalone service.

Scope

• Feasibility studies (power demand analysis, alternative technology comparison)
• System architecture design (N+1, 2N redundancy, hybrid configurations)
• Calculation reports (genset sizing, harmonic analysis, short-circuit, protection coordination)
• Thermal and acoustic simulations (CFD for airflow, silencer placement)
• Seismic analysis and vibration calculations (data center and hospital applications)
• Environmental impact and emissions calculations (Stage V, EU MCPD, EPA compliance)
• Independent design review
• BESS and PV design optimization (PVsyst, HOMER-based modeling)

Operating multiple generators in parallel with each other or with the grid is a discipline that demands advanced engineering. A poorly designed synchronization system isn't just inefficient; it creates equipment damage and safety risk.

Scope

• Multi-genset paralleling systems (2 to 20+ units in parallel)
• Grid synchronization (parallel-with-utility, soft transfer, parallel switching)
• Load sharing and load shedding design
• Automatic transfer switches (ATS) — closed transition, open transition, soft load transfer
• Synchronization and control panels (IEC 61439 compliant)
• Black start and island mode scenarios
• Protective relays and coordination (over/under voltage, frequency, reverse power, sync check)
• BESS-genset coordination in hybrid systems

Control Platforms We Work With

We are not committed to any specific brand. Based on project requirements, we work with Deif, ComAp, Woodward, Siemens, Bernini, ABB and other industry-standard controllers.

A power system is only as reliable as the conditions it has been tested for. We offer factory and site acceptance testing not only for our own projects but also for third-party generator systems — as an independent service.

Scope

• Factory Acceptance Tests (FAT) — at the manufacturer's facility, witness testing, performance verification
• Site Acceptance Tests (SAT) — comprehensive post-installation testing, customer handover
• No-load testing — engine parameters, control functions
• Loaded tests — load bank at 25%, 50%, 75%, 100%, 110% steps
• Step load (block load) tests — ISO 8528 G3/G4 acceptance criteria
• Paralleling tests — synchronization accuracy, load sharing
• Fuel consumption measurements — documented per warranty terms
• Emissions measurements — NOx, CO, particulates
• Acoustic measurements — noise level at 1m and 7m
• Thermal imaging — hot spot detection
• Vibration analysis — mechanical health assessment
• Fully documented test report (third-party witness option available)

This pillar is one of our strongest areas. On projects where a standard package can't deliver — special climate, seismic activity, marine application, environmental constraint or efficiency requirement — we are the engineering partner of choice.

Extreme Climate and Geography

• Desert design (high-temperature derating, dust filtration, sand protection)
• Low-temperature applications (down to –40 °C; pre-heating, glycol, fuel heater)
• High-altitude applications (altitude derating, turbocharger selection, cooling optimization)
• Humid/tropical climate (corrosion protection, IP65+ enclosures)

Seismic and Structural Design

• Seismic zone requirements (IBC, Eurocode 8, TBDY 2018)
• Anti-vibration mount design for data centers and hospitals
• Seismically certified container and skid structures

Marine and Offshore

• Marine applications (DNV, ABS, Lloyd's type-approved solutions)
• Compact power packages for offshore platforms
• Corrosion protection and special coating systems

Cogeneration and Heat Recovery

• CHP (Combined Heat and Power) systems
• Exhaust heat recovery units (HRSG)
• Absorption cooling integration (trigeneration)
• Total efficiency optimization (>85% combined efficiency)

Medium Voltage Applications

• 4.16 kV / 6.6 kV / 11 kV / 13.8 kV alternator selection and switchgear design
• MV switchgear integration
• Step-up transformer and protection coordination

Sustainable Fuels and Hybrid

• HVO (Hydrotreated Vegetable Oil) compatible systems
• Biogas and LFG (Landfill Gas) applications
• Hybrid (genset + BESS + PV) system integration
• Hydrogen-ready preparation (future-proof infrastructure)

Every system we deliver to a site gains an engineering team that supports it throughout its operational lifecycle.

Scope

• Commissioning and acceptance tests (no-load / load bank tests, paralleling verification)
• Operator training (on-site training, documentation handover)
• Scheduled maintenance contracts (basic, full coverage, parts & labor options)
• Multi-OEM spare parts supply (original + OEM-approved alternatives)
• Field repair and overhaul (engine, alternator, control systems)
• O&M (operation and maintenance) services for BESS and PV systems
• Remote monitoring and diagnostics (SCADA-based, alarm management)
• Emergency response (defined SLAs for mission-critical facilities)
• System upgrade and retrofit (modernization of legacy systems)