From power system planning to construction drawings, from procurement quality gates to commercial and financing advisory — four service lines covering the full project lifecycle.
Full-scope front-end engineering design, specializing in grid connection studies, step-up and collector substations, and transmission lines for utility-scale solar PV, wind and storage projects, plus grid upgrade and industrial distribution design. Compliant with local grid codes and international standards (IEC/IEEE), delivering complete technical packages for permitting, tendering and construction.
Tailored power systems for complex loads and site conditions across five demanding environments.
Explosion-proof underground distribution, standby power, harmonic and reactive power compensation for continuous, reliable operation.
Site-wide distribution networks, generation-grid-load-storage integration, demand management and substation design.
Off-grid hybrid microgrids combining solar, wind, storage and diesel, plus submarine cable solutions.
Onshore power supply, port distribution networks, heavy-load systems and emergency backup design.
Redundant dual/multi-feed architecture, UPS and genset backup, power quality conditioning for uninterrupted operation.
End-to-end technical support for international clients sourcing equipment from China, mitigating cross-border standard risks and ensuring equipment matches project conditions and local grid codes.
Helping clients optimize operating costs, maximize project revenue and unlock financing channels.
Sequenced along the international project lifecycle — the right support at the right stage.
Grid reinforcement and upgrades, large-scale renewable planning, grid connection studies, feasibility studies and full engineering design.
Technical sub-contracting: design review, drawing audit and development, simulation — extending internal capacity and ensuring compliant deliverables.
Full engineering design, cost estimation, equipment comparison and end-to-end procurement support, aligned with construction and handover requirements.
Pre-feasibility assessment, feasibility studies, tender support, scheme optimization, detailed design, procurement risk control, financing advisory and investor matchmaking — from early screening to financial close.
Common questions on FEED, grid connection studies, China equipment sourcing and delivery schedules.
FEED fixes the scheme backbone — single-line diagrams, equipment selection, layout and CAPEX — producing a package that supports tendering and financing. Detailed design then produces construction-ready drawings, bill of quantities and installation details. FEED determines bankability; detailed design determines constructability.
Typically load flow, short-circuit analysis, power quality (harmonics/flicker), reactive power and voltage control, protection coordination, transient stability and grid code compliance assessment — delivered against the local grid code and IEC/IEEE standards to support the utility connection application.
The core is a clause-by-clause mapping between China GB standards and the destination country / IEC standards: clarifying gaps at specification stage, comparing functionally-equivalent options at selection stage, verifying type test reports during bid evaluation, witnessing FAT before shipment and submitting a full documentation package for owner's engineer review.
Yes. We provide independent technical assurance for owners and investors: design review, drawing audit and development, simulation verification, preparation of EPC tender technical documents, bid evaluation and contract negotiation support, FAT witnessing and construction-stage technical clarification.
Start with load profiling and an hourly load curve, then run annual time-series simulation on solar/wind resource data. Storage capacity and genset dispatch are optimised against a reliability target (e.g. N-1 or LPSP) and minimum lifecycle cost, followed by verification of harmonics, voltage deviation and protection coordination.
Feasibility studies and resource assessment typically take 4–8 weeks; FEED 8–16 weeks; detailed design 12–24 weeks depending on scale. Equipment sourcing support and commercial advisory can run in parallel at any stage. Preliminary technical feedback is provided within 48 hours of receiving project basics.
Share your project basics and local grid requirements — preliminary technical feedback within 48 hours.
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