Power Solutions

Power Solutions for Continuous, Compliant Power

Reliable on-site generation starts with engineering, not equipment. Our Power Solutions division provides a full life-cycle approach that transforms resilience goals into measurable operational results.

Defining Requirements

We begin with comprehensive load studies, duty-cycle analysis, step-load response, and harmonic evaluation.
Environmental conditions are factored early, including ambient temperature and altitude derating.
Future growth is planned through expansion scenarios designed around N+1 or N+2 redundancy, ensuring capacity scalability without operational disruption.

System Engineering

We design complete diesel or gas genset systems, specifying alternators, protections, and switchgear coordinated with utility and distribution networks.
For multi-unit plants, we engineer paralleling schemes for:

• Stable load sharing

• Efficient part-load operation

• Seamless island-to-mains transitions

Automatic Transfer Systems (ATS/AMF) are configured with selective coordination, ensuring that faults are isolated and critical loads remain energized.

Fuel Infrastructure

Fuel systems are designed end-to-end for safety and uptime:

• Day and bulk tanks sized for autonomy and code compliance

• Polishing, filtration, containment, and ventilation

• Acoustic and vibration treatments to meet occupational noise limits

• Thermal management for high-temperature environments

  
  

Controls & Monitoring

Controls form the nervous system of the installation:

• Integrated with BMS/SCADA for remote supervision, alarms, and trend analysis

• Automated test routines improve reliability and readiness

• Cybersecurity layers and user access policies protect data and continuity

Operators gain full visibility of system health, while maintenance teams receive actionable alerts that reduce downtime.

Commissioning & Documentation

Commissioning is treated as a process, not a single event.
We perform:

• Factory & Site Acceptance Tests (FAT/SAT)

• Load-bank tests under step and transient conditions

• Delivery of as-built drawings, single-line diagrams, settings files, and O&M manuals

• Operator training covering start-up, shut-down, fault recovery, and periodic testing
  

Lifecycle Support

Post-handover, our focus is reliability and performance continuity:

• Preventive and corrective maintenance programs matched to run hours and conditions

• Genuine spare parts and calibrated tools used by certified technicians

• 24/7 service response with defined SLAs for uptime restoration

• Performance reviews based on KPIs such as fuel efficiency, runtime, and MTBF
  

Compliance & Standards

Compliance is non-negotiable.
All designs, installations, and testing align with NFPA, IEC, and local authority regulations, ensuring smooth audits and insurance approval.

We support leading OEMs: John Deere, Cummins, Perkins, Caterpillar, Yanmar, International/Navistar, Mitsubishi, Shibaura, and Kubota enabling optimal selection for site conditions, fuel strategies, and maintenance ecosystems.

Outcome

A resilient, efficient, and maintainable power platform that:

• Scales with your operations

• Protects personnel and assets

• Reduces total cost of ownership

• Keeps your business powered—without surprises.

Consulting

Get expert consulting for power and industrial systems. We assess loads, duty cycles, harmonics, and environmental derating, then model scenarios and risks. You receive clear recommendations, layouts, and specifications aligned to NFPA/IEC and local codes, plus budget, timeline, and ROI options to de-risk procurement, installation, commissioning, operations, and maintenance.

Engineering

Engineer diesel and gas genset systems tailored to your load profile and site conditions. We size alternators, switchgear, and paralleling, design ATS/AMF and fuel systems, and model acoustics, cooling, and vibration. Deliverables include drawings, protection coordination, and SLDs, ready for procurement, installation, and NFPA/IEC-compliant commissioning. Includes testing plans and training.

Execute end-to-end implementation for gensets and fuel systems: day and bulk tanks, polishing, containment, piping, and ventilation. Install ATS/AMF, switchgear, and controls; integrate leak detection and fire protection. Deliver QA/QC, permits, FAT/SAT, load-bank tests, as-built drawings, and operator training to achieve NFPA/IEC compliance, safe startup, and reliable operation on site.

Implementation

FAQs

What is on-site generation?

On-site generation produces electricity at your facility using dedicated gensets and controls. It reduces dependency on the grid, improves resilience during outages, stabilizes critical loads, and can be sized for base-load, peak-shaving, or emergency backup needs

How do you ensure reliability?

We start with load studies and duty-cycle analysis, then specify redundancy (N+1), derating for temperature and altitude, and robust protections. Factory and site acceptance tests, load-bank runs, preventive maintenance, remote monitoring, and SLAs sustain availability.

What systems do you design?

We engineer complete power solutions: diesel and gas genset configurations, alternators, switchgear, paralleling schemes, ATS/AMF, controls and SCADA integration, fuel systems, ventilation, acoustics, and vibration mitigation, including protection coordination, single-line diagrams, and commissioning documentation.

What fuels do you use?

We deploy diesel or natural-gas generator sets based on site constraints, runtime, emissions, and fuel logistics. Each option is engineered for performance, safety, and compliance, with recommendations covering storage, polishing, ventilation, and lifecycle operating cost.

What is ATS?

An Automatic Transfer Switch (ATS) monitors the utility source and automatically transfers the load to the generator during an outage, then safely re-transfers to utility when stable. It coordinates with protections and start/stop logic to prevent backfeed

How do you handle fuel systems?

We design end-to-end fuel infrastructure: day and bulk tanks, double-wall piping, leak detection, containment, ventilation, filtration/polishing, and transfer pumps. Controls integrate interlocks and alarms. Commissioning validates flow, pressure, and safety devices to meet codes.