Anwendungen

Erneuerbare Energie & Leistungselektronik

Thermische und stromtragfähige PCB-Lösungen für Umwandlung, Speicher und Steuerung.

JETFGO / Erneuerbare Energie & Leistungselektronik

PRODUCT & PROCESS DETAIL

RENEWABLE ENERGY & POWER ELECTRONICS

PCB Manufacturing for Power Conversion and Energy Storage

Renewable energy electronics require PCB constructions that accommodate power conversion, high-current distribution, thermal management and reliable control signals. JETFGO supports heavy-copper, metal-core and multilayer PCB manufacturing for solar inverter electronics, battery management systems, power converters and industrial power control modules. Manufacturing feasibility is evaluated against customer-defined electrical and thermal requirements.

PCB material selection and stack-up engineering for renewable energy equipment, including FR-4 laminates, copper thickness, dielectric properties, thermal requirements and mechanical construction for power conversion and control electronics.Controlled-impedance and multilayer PCB manufacturing for inverter controllers, BMS communication interfaces and power monitoring circuits, including reference-plane continuity, grounding structures and signal-routing requirements.Manufacturing traceability and inspection controls covering material identification, PCB fabrication revisions, BOM verification, AOI, electrical testing, component traceability and customer-defined acceptance criteria.Prototype-to-repeat-production manufacturing support through engineering review, approved Gerber or ODB++ files, controlled BOM revisions, component sourcing coordination, assembly documentation and consistent inspection requirements.Heavy-copper PCB engineering for high-current applications, including copper weight selection, conductor width and spacing, current distribution, plated-through-hole structures and copper-dependent manufacturing tolerances.Thermal management PCB construction using suitable metal-core substrates, copper inlays, heavy-copper layers and thermal via structures, with engineering evaluation of dielectric insulation, heat transfer and mechanical integration.Manufacturability review of high-voltage PCB requirements, including creepage distance, electrical clearance, insulation materials, isolation slots and conductor spacing. Safety limits and regulatory compliance must be defined and verified by the product designer.PCB manufacturing review for inverter and power converter electronics, covering high-current switching paths, power and control circuit separation, grounding structures, thermal distribution and electrical interconnections.Manufacturing considerations for EMI/EMC-sensitive power electronics, including reference-plane continuity, grounding structures, shielding interfaces, high-current loop geometry and separation of switching circuits from sensitive control signals.High-current interconnection review covering plated-through-hole geometry, via arrays, copper plating, layer-to-layer current paths and conductor transitions. Electrical and thermal capacity must be verified against the complete circuit design.SMT and through-hole assembly for renewable energy control modules and power electronics, including surface-mount components, power devices, connectors, magnetic components and customer-defined soldering and inspection requirements.PCB electrical testing, automated optical inspection, dimensional verification and customer-defined PCBA functional testing. High-voltage insulation, thermal performance and product safety testing require separately agreed procedures and suitable equipment.PCB and PCBA manufacturing evaluation for battery management electronics, including cell-monitoring circuits, sensing interfaces, communication modules, control boards and component traceability requirements. Battery protection design and system-level validation remain customer responsibilities.Long-term component sourcing and manufacturing support for renewable energy equipment through approved manufacturer part numbers, BOM revision control, alternate-component evaluation, material availability review and documented production changes.Customer-defined quality planning, including applicable IPC Class 2 or Class 3 acceptance criteria, manufacturing inspection checkpoints, material records and supplier qualification documentation. Application-specific electrical safety and grid-compliance certification must be verified independently.

Lösungen

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HCP-06OZ+

Heavy-Copper Power PCB

A heavy-copper PCB manufacturing solution for solar power converters, battery energy storage systems, industrial drives and high-current power electronics. Increased copper thickness and appropriate conductor construction can support demanding current distribution requirements. Engineering review covers copper weight, conductor spacing, plated-hole structures, thermal management and manufacturability.

Lösung öffnenMCPCB-AL

Aluminum-Core LED PCB

An aluminum-core PCB manufacturing solution for LED power electronics, lighting modules and selected renewable energy applications requiring improved thermal transfer. Metal-base construction supports heat dissipation through an insulating dielectric layer and conductive metal substrate. Material properties, dielectric insulation, thermal requirements and mechanical integration are evaluated before fabrication.

Lösung öffnenPCBA-BOX

Turnkey PCBA & Box Build

An integrated PCB and PCBA manufacturing solution for solar inverter controllers, battery management systems, energy monitoring modules and industrial power electronics. JETFGO coordinates PCB fabrication, BOM-based component sourcing, SMT and through-hole assembly, inspection, customer-defined testing and final assembly. Product-level electrical safety and system certification are managed separately by the equipment manufacturer.

Lösung öffnenSI-04L

4-Layer Controlled-Impedance PCB

A four-layer PCB manufacturing solution for energy management controllers, battery monitoring interfaces and power conversion control electronics requiring predictable signal transmission. Engineering review includes multilayer stack-up, controlled impedance, reference-plane configuration, dielectric material selection and manufacturing tolerances.

Lösung öffnenLIFE-CYCLE

Legacy PCB Redesign & Replacement

A PCB reconstruction and replacement manufacturing solution for long-life solar inverters, industrial power controllers and energy equipment affected by obsolete components, missing fabrication files or material availability changes. JETFGO evaluates existing boards, BOM information, material substitutions and manufacturing feasibility. Replacement compatibility requires customer-approved functional and electrical verification.

Lösung öffnen

RFQ / DFM

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Senden Sie Gerber oder ODB++, Aufbau, Material, Menge, Zieltermin und Prüfanforderungen für Machbarkeitsprüfung und Angebot.

Engineering-PrüfungMaterial & Stack-upPräzisionsfertigung

Kontakt⭐market07@jiefeigao.com ⚪market06@jiefeigao.com +86 755 2949 5760 RFQ-Checkliste öffnen