Engineering & Advisory
Four disciplines across the energy value chain — from first feasibility study to energised asset.
Four disciplines,
one accountable partner
Each engagement is engineered to the standards utility-scale infrastructure demands — defensible, compliant, and bankable.
Stage 01
Engineering Design
Detailed, construction-grade engineering and AutoCAD drafting — electrical, fire fighting, and infrastructure design built to IEC, IEEE, IS, CEA and NBC standards.
Discuss engineering design01Solar PV Design
Array layout, string sizing, inverter selection, SLDs, cable schedules, and earthing for ground-mount and rooftop plants.
02Substation Design
AIS/GIS switchyard layouts, bus configurations, protection and metering schemes, and earthing/lightning protection.
03Transmission Line Design
Route optimisation, tower spotting, sag-tension, structural and foundation design for overhead lines.
04Electrical Design
LV/MV/HV distribution, cable sizing, equipment specification, and BOQ for industrial and infrastructure facilities.
05AutoCAD Drafting & Design
Construction-ready AutoCAD drawings — general arrangements, layouts, SLDs, sections, and as-builts — to your standards and title blocks.
06Fire Fighting System Design
Hydrant, sprinkler, fire detection and alarm, and suppression system design for buildings, plants, and substations — to NBC and NFPA.
Stage 02
Power System Studies
Network studies that confirm a plant is safe, stable, and grid-compliant before it is energised — modelled in ETAP and DIgSILENT PowerFactory.
Discuss power system studies01Load Flow Studies
Steady-state voltage, loading, and power-factor analysis across operating scenarios.
02Short Circuit Studies
Fault current calculation and equipment short-circuit rating verification per IEC 60909 / IEEE.
03Protection Coordination
Relay grading and coordination curves for selective, reliable fault clearing.
04Arc Flash Studies
Incident-energy calculation, PPE categorisation, and labelling to IEEE 1584 / NFPA 70E.
Stage 03
Technical Advisory
Independent engineering judgement for owners, lenders, and developers — from early feasibility through construction oversight as the Owner's Engineer.
Discuss technical advisory01Due Diligence
Technical review of designs, yield, and execution risk for acquisitions and financing.
02Feasibility Studies
Resource assessment, capacity sizing, and techno-commercial viability for new sites.
03Owner's Engineering
Design review, BOQ validation, vendor evaluation, and construction supervision on the owner's behalf.
04Grid Compliance
Connection studies and documentation to meet CEA and grid-code requirements.
Stage 04
BESS Advisory
End-to-end advisory for battery energy storage — sizing, integration, and economic optimisation for grid services, firming, and peak management.
Discuss bess advisory01BESS Sizing
Power and energy sizing against use-case, duty cycle, and degradation over project life.
02Optimisation
Dispatch and economic modelling to maximise value across arbitrage, firming, and ancillary services.
03System Modelling
PCS and grid-integration studies, thermal and safety review, and EMS/protection design.
04Technology Selection
Chemistry, vendor, and architecture evaluation aligned to performance and bankability.
Each capability, in detail
Scope your next project with us
Tell us about your site, capacity, and timeline — we'll recommend the right engineering and advisory scope.
Request Consultation