EPC Solar Procurement Turkey — PV Module Supply and Project Logistics

TurkSolarExport is a B2B solar procurement and export coordination platform connecting EPC contractors, utility-scale developers, commercial project buyers, and institutional investors with Türkiye's photovoltaic manufacturing capacity — coordinating module supply, balance-of-system components, and project-phase logistics for programs from single-container commercial rooftop installations through to multi-megawatt utility-scale phased deliveries.

EPC procurement inquiries are processed against project parameters. Buyers submit installed capacity in MWp, module technology preference — N-type TOPCon, bifacial dual-glass, or standard PERC — delivery schedule by project phase, destination port, and Incoterm requirement. A sourcing response covering available production capacity for the requested delivery window, module specifications against IEC certification, CBAM origin traceability documentation, and indicative lead time from order confirmation to container loading returned within 24 to 48 hours.

Pre-Sourcing Qualification — Trade Compliance, Bankability, CBAM

Three requirements now determine which supply relationships are usable for project-financed solar developments: trade compliance and origin traceability, lender technical due diligence criteria, and CBAM reporting obligations for EU-bound module supply. None of these can be addressed after a procurement commitment is made.

Factory-level traceability documentation is confirmed before commercial terms are discussed. Bankability documentation requirements are reviewed at inquiry stage — not after modules have been sourced and a lender raises a technical due diligence objection. CBAM origin traceability documentation is prepared as standard for EU-bound shipments.

IEC Certification and EPC Documentation

All coordinated photovoltaic products comply with IEC 61215 performance certification and IEC 61730 safety certification. EPC compliance documentation prepared as standard on every commercial shipment — not supplied on separate request after contract execution.

Flash test reports by serial number. Electroluminescence test reports for each production batch. Complete technical file for lender due diligence. CBAM origin traceability documentation for EU-bound programs. A.TR movement certificates for shipments qualifying under Customs Union provisions. Certificate of origin.

Core Solar Technology Categories

N-Type TOPCon and Bifacial Modules — N-type TOPCon cells deliver higher efficiency and superior low-light performance versus PERC, with better temperature coefficient in high-ambient-temperature installation environments. Power range 550W to 720W-plus depending on cell format and module configuration. Bifacial dual-glass modules provide additional energy yield through rear-side albedo gain — buyers provide site albedo data for bifacial yield modeling at feasibility stage.

Structural and Mounting Engineering Systems — Ground-mount, rooftop, and floating PV mounting structures in high-grade aluminum and galvanized steel matched to the installation environment. Single-axis horizontal solar trackers with AI-optimized positioning for utility-scale ground-mount installations. Wind-load certified structural engineering for high-wind zones — buyers provide site wind speed data and ground condition specification for structural engineering confirmation.

Power Electronics and Energy Storage — Utility-scale grid-forming inverter capability for projects requiring grid stability participation. Modular LFP battery energy storage systems for multi-megawatt programs. UL 9540 and IEC 62933 certification documentation accompanies BESS programs. Balance-of-system components coordinated alongside module supply through a single sourcing interface.

Project-Phase Delivery and Logistics Coordination

Container optimization for 20ft and 40ft HC configurations managed by our logistics desk. Buyers receive actual container load figures — module count per container by wattage class and frame configuration — at feasibility stage, not nominal estimates.

Road freight to European energy hubs: 7 to 10 days from Turkish loading points. Maritime to North America East Coast: 18 to 25 days. Mediterranean short-sea to Southern European ports: 3 to 5 days. Gulf from Mersin: 7 to 12 days.

For phased project deliveries, production slots and shipping windows for each project phase are confirmed in the procurement agreement — not managed informally order-by-order against a live construction schedule. Buyers provide EPC construction timeline; our logistics desk works backward to loading dates, vessel booking windows, and container availability requirements for each delivery phase.

2026 Solar Technology Reference

N-type TOPCon Modules — 550W to 720W-plus | IEC 61215 and IEC 61730 | EL and flash test standard per batch

Bifacial Dual-Glass — 600W-plus | CE, TÜV, UL | Albedo modeling at feasibility stage

Single-Axis Trackers — Utility-scale | ISO 9001 and wind-test certified | AI-optimized positioning

LFP Energy Storage — Scalable MWh | UL 9540 and IEC 62933 | Grid-forming inverter available

Submit Your EPC Procurement Inquiry

Provide project capacity in MWp, module technology preference, delivery schedule by project phase, destination port, and Incoterm requirement. Project-financed buyers specify bankability documentation requirements at inquiry stage. Available production capacity for the requested delivery window, module specification and certification confirmation, CBAM traceability status, and lead time from order confirmation to container loading returned within 24 to 48 hours.

For EPC solar procurement inquiries: info@turksolarexport.com

For consolidated renewable energy and BOS programs: info@turkexperts.com