End-to-end
Feasibility, design, procurement, construction and commissioning.
From feasibility and detailed design to procurement, construction and commissioning — one standard, multiple geographies.
We engineer and deliver renewable and e-mobility infrastructure with replicable standards, safety-first execution and performance guarantees.
Feasibility, design, procurement, construction and commissioning.
IEC, UL, ISO, local grid codes and HSSE built into every step.
Templates, checklists and QA/QC so quality scales across regions.
Technical rigor from first sketch to as-built.
Site surveys, resource assessment, load profiles, PVsyst, financial modeling.
Interconnection studies, protection coordination and authority approvals.
Single-line, layouts, cable sizing, civil/structural, SCADA/EMS.
Specs, vendor evaluation, RFPs, FAT plans and logistics.
Method statements, HSE, QA/QC, supervision and commissioning prep.
Functional tests, performance verification and handover.
Choose the engagement that best fits your risk, timeline and governance.
Single point of accountability from design to commissioning, fixed scope and milestones.
Management of engineering, procurement and construction with client-supplied contracts.
Independent technical oversight, design review and quality surveillance.
Integrated engineering to de-risk interfaces and accelerate delivery.
MV/LV design, protection, earthing, lightning and selectivity.
Foundations, steel, drainage, geotech and roadworks.
PLC, RTU, communications, EMS and cybersecurity practices.
Global best practices aligned to local requirements.
IEC, UL, ISO, local building codes and utility grid codes.
Risk assessments, LOTO, PTW, training and audits.
Measured performance, documented acceptance.
ITPs, inspections, checklists and non-conformity management.
FAT/SAT for switchgear, inverters, protection and comms.
PR for PV, load steps for BESS, soak tests and reliability runs.
Data-rich models and structured deliverables to shorten decisions and handovers.
3D coordination, clash detection and asset data for O&M.
Drawings, specs, manuals, as-built and compliance dossiers.
Cost, schedule and risk under control, from kickoff to handover.
Baselines, critical path, look-ahead and progress curves.
BOQs, change control, cash flow and vendor governance.
Risk registers, mitigations and interface management.
ESG-first engineering: efficiency, circularity and impact.
Loss minimization, optimal layouts and lifecycle performance.
Material selection, recyclability and end-of-life planning.
Local content, safety culture and environmental safeguards.
Stage-gated delivery with transparent milestones and reviews.
Technical & financial due diligence, business case and go/no-go.
Executive engineering, utility studies and authority approvals.
Specs, RFPs, vendor selection and logistics planning.
HSE, QA/QC, supervision and interface management.
FAT/SAT, performance tests and handover documents.
As-built, spares plan, training and warranty framework.
Replace with your references as they are cleared for publication.
EPC turnkey with PR validation and HSSE audits.
Design-build, grid interconnection and SCADA integration.
Owner’s engineering with EMS and performance testing.
Key questions about Engineering & EPC engagements.
Depends on risk appetite, internal capabilities and timeline. We can advise on EPC, EPCm or Owner’s Engineering.
Yes — under EPCm or Owner’s Engineering, we integrate nominated vendors with our standards and QA/QC.
We align design and tests to local grid codes and utility requirements, including protection and communication schemes.
Yes — full dossiers with drawings, manuals, test records and training plans.
Engineering precision, safe execution and measurable performance.