Feyree pitches low-MOQ OEM EV charger program for startups and SMBs

Feyree is promoting a four-stage OEM program for EV charging stations aimed at startups, SMBs and regional distributors that want to enter the market with smaller initial orders. The Shenzhen-based company says the model helps brands validate demand, conserve capital and scale production without requalifying tooling or certification.

Why it matters: - Startups and SMBs can enter the EV charging market with smaller upfront orders instead of committing to large inventory runs. - Lower minimum order quantities can reduce launch risk, preserve cash for branding and sales, and make it easier to adjust products after early customer feedback. - Feyree is positioning its OEM program as a way for new brands to move from trial production to phased volume growth.

What happened: - Feyree outlined a low-MOQ EV charging station OEM program for startups, emerging brands and regional distributors. - The company framed the program as a four-stage process covering feasibility review, design and engineering, certification preparation, and production and delivery. - Feyree published contact details and invited OEM inquiries through its official website: official website.

The details: - Stage 1 covers requirements analysis and feasibility assessment, including market positioning, target-market certification needs and budget parameters. - Stage 1 ends with an OEM project proposal and initial quotation. - Stage 2 covers industrial design, PCB engineering, firmware development and enclosure prototyping. - Stage 2 also includes brand customization for hardware branding, packaging design, mobile application interface and firmware configuration. - The company says Stage 2 development is handled entirely in-house. - Stage 2 deliverables include a design prototype for appearance confirmation. - The charger can be configured with Type 1, Type 2, NACS or GB/T connectors. - Stage 3 covers certification and compliance preparation through third-party laboratories. - The certification set includes CE, RoHS, FCC and UKCA, plus TÜV certification for the charging cable assembly. - Feyree says the chargers include Type B residual current protection with AC 30 mA and DC 6 mA protection. - Feyree says the enclosure uses UL94 V-0 flame-retardant materials. - The chargers support single-phase 85 V to 264 V and three-phase 160 V to 450 V, with 50 Hz and 60 Hz compatibility. - Stage 3 deliverables include certification certificates and test reports. - Stage 4 begins with a small-batch trial run before shipment. - Stage 4 includes automated SMT assembly, aging tests and final quality control inspection. - The charging cable assembly uses 99.95 percent pure copper conductors, TÜV-certified TPU insulation and silver-plated connector pins with a 5-micrometer coating. - Products carry a two-year warranty for core components. - Feyree says the same tooling, molds and certification coverage apply across small-batch and volume runs. - The production lead time is confirmed at project kickoff based on specifications and the current schedule.

Between the lines: - The pitch is aimed at brands that want to test demand before locking capital into inventory. - The four-stage structure suggests Feyree is trying to reduce the friction between concept, compliance and mass production. - The emphasis on connector options, software branding and certification points to a strategy built around market-specific customization.

What's next: - Feyree says brands can review the product catalog and submit OEM inquiries through the company website. - The company is encouraging prospects to use the low-MOQ program as a path from pilot orders to scaled production.

The bottom line: - Feyree is betting that EV charger startups will value flexibility, certification support and phased scaling more than traditional high-volume OEM terms.