ODM USB & USB C Charger Manufacturer & Factory

High-Density Power Architecture, Custom Smart Silicon, and GaN Power Integrations Tailored for Global Commercial, Enterprise, and Industrial Applications.

Elite Power Industrial Manufacturing Facilities
ELITE
Experience

About Our Company

ELITE POWER, a key subsidiary of GRACE DEVELOPERS CO., LIMITED, is a leading global manufacturing force with state-of-the-art facilities located in the industrial tech hubs of Hong Kong, Shenzhen, and Dongguan, China. We serve as a comprehensive green new energy production enterprise, integrating scientific research, dynamic structural design, precision manufacturing, and global sales. Our diversified product ecosystem includes industrial and household energy storage systems, custom OEM/ODM USB & USB-C chargers, medical-grade power supplies, and portable energy solutions. We enable businesses worldwide to access high-density, reliable power architectures.

ISO 9001
Certified Quality Mgmt
ISO 14001
Certified Environmental Mgmt
USA
Strategic Partners & Hubs
100%
Quality Assurance Tested

Why Partner With Elite Power?

In 2022, we solidified our international presence by signing a strategic cooperation agreement with USA partners. This allows us to comprehensively develop and scale integrated optical storage, high-density smart charging systems, and emergency power systems for heavy trucks in the US and European markets.

Faith & Integrity
Faith
We operate with honesty, transparency, and strict adherence to global regulatory compliance in all business dealings.
Innovation in Power Technology
Innovation
Consistently developing next-generation GaN power conversion ICs and high-density, multi-port power allocation algorithms.
Effort & R&D Rigor
Effort
Unmatched dedication from structural blueprinting and prototyping to thermal analysis and mass production runs.
Win-Win Partnerships
Win-Win
We design flexible supply agreements and localized logistical architectures to guarantee the profitability of our clients.

Technical Roadmap: Next-Gen GaN & Multi-Port Power Delivery

Unlocking extreme power density through advanced Gallium Nitride (GaN) engineering and dynamic energy distribution topologies.

The Evolution of Charger Topology

Traditional silicon-based transistors are rapidly approaching their physical limits regarding switching frequency and thermal management. Our ODM factory specializes in implementing next-generation Gallium Nitride (GaN III / GaN IV) fast charging platforms. By replacing silicon with GaN, our chargers exhibit significantly lower Rds(on) (drain-source on-resistance) and reduced switching losses.

This allows our engineering teams to build smaller footprints while supporting high-power multi-port outputs (ranging from 20W up to 140W and 240W under PD 3.1 specifications). Our technical roadmap focuses on three core pillars:

  • Active Clamp Flyback (ACF) Topology: Recovers leakage inductance energy, enabling zero voltage switching (ZVS) for maximum power conversion efficiency.
  • Dual-Engine Thermal Dissipation: Combining high-conductivity potting compounds with nano-flux thermal pads to keep case temperatures well below the IEC 62368-1 threshold of 77°C.
  • Intelligent Dynamic Power Allocation: Smart MCU firmware dynamically detects the connected device portfolio (e.g., MacBooks, iPads, iPhones, IoT hardware) and re-allocates power across multi-port USB-C and USB-A interfaces without drops in connectivity.

Dynamic PPS (Programmable Power Supply)

Our chargers support fine-grained voltage adjustments (step size of 20mV) to match the real-time battery charging curve, minimizing thermal dissipation at the device end.

Future-Proof: PD 3.1 & EPR (Extended Power Range)

Our ongoing factory R&D is optimizing the 28V, 36V, and 48V outputs to deliver up to 240W over single USB-C cables, preparing our customers for next-generation heavy-duty hardware.

Global Commercial & Industrial Applications

Adapting high-reliability power delivery solutions to demanding non-consumer and commercial environments.

Medical-Grade Smart Power

Using our extensive experience in medical power supply manufacturing (such as our 50.4W series), we implement isolation barriers (2xMOPP) and extremely low leakage currents to make USB-C charging safe for patient-monitoring tablets and point-of-care mobile equipment.

Automotive & Fleet Logistics

Integrating high-voltage buck-boost chargers with onboard supercapacitor systems. This enables heavy-duty trucks and industrial fleets to run dual-purpose power pathways: charging logistics hardware via USB-C while safeguarding starting systems.

Enterprise Office & Smart Furniture

Designing embedded multi-port desk chargers, rail-mounted commercial units, and hotel room charging solutions. Our OEM designs fit seamlessly within modern architecture profiles while offering over-current, over-voltage, and over-temperature safety protocols.

Supply Chain Advantage

Unmatched Production Resilience: The Shenzhen-Dongguan Core

Our manufacturing matrix is strategically positioned within the Shenzhen and Dongguan electronics ecosystem. This geographical positioning gives Elite Power direct, frictionless access to the world’s most dense supply chain network. From specialized passive components and custom inductors to raw PCBA boards and structural flame-retardant housings, we procure materials with minimal transit times.

What this means for our ODM/OEM partners:

  • Rapid Prototyping: We can move from a digital CAD file to a working 3D-printed enclosure and structural sample PCBA in as little as 7-10 business days.
  • Automated SMT Production: Our factories are equipped with high-speed surface mount technology (SMT) lines, nitrogen reflow ovens, and 3D automated optical inspection (AOI) to eliminate assembly errors.
  • Vertical Integration: Under GRACE DEVELOPERS CO., LIMITED, our operations handle everything from housing molding, transformer winding, and high-frequency testing internally, allowing us to maintain tight margins and stable lead times.

Manufacturing Pipeline & QC Steps

1. Sourcing & IQC: Raw semiconductor chips (GaN, controller ICs) undergo 100% incoming quality control to verify operating parameters.

2. High-Precision SMT: Precision placement of micro-components on multi-layer FR4 PCBs, ensuring low thermal resistance.

3. Advanced Wave Soldering: Ensures mechanical strength and electrical continuity for through-hole connectors and capacitors.

4. 100% Burn-In Testing: Every individual charger is placed in temperature-controlled chambers and run at full load for 4 hours to eliminate early-life failure components.

5. Comprehensive ATE Check: Automated test equipment checks all ports across multiple PD profiles (5V/9V/12V/15V/20V) before final packaging.

Global Safety Certifications & Local Compliance

Ensuring that your imported products sail through customs and meet regional safety standards without risk.

North America

FCC, UL 62368-1 & DOE Level VI

Our chargers comply with Federal Communications Commission regulations on electromagnetic interference (EMI). We provide fully certified UL/ETL listed solutions and meet Department of Energy (DOE) Level VI efficiency targets, which minimize standby power consumption.

European Union

CE, RoHS, WEEE & ERP

We ensure that our manufacturing lines omit hazardous substances, in full compliance with RoHS and REACH regulations. Our designs carry the CE mark and satisfy EU Eco-Design requirements, showing high active efficiency and low stand-by losses.

Global Markets

CB Scheme, PSE, KC & SAA

Through our CB Scheme test reports, we easily transition safety certifications to local markets like Japan (PSE), South Korea (KC), Australia (SAA), and South America. We handle the paperwork, testing, and localized factory audits on your behalf.

Industrial Power & OEM/ODM FAQ

Clear, direct answers from our lead system engineers regarding production, engineering, and logistics.

What is the Minimum Order Quantity (MOQ) for custom ODM/OEM USB-C chargers?
For standard enclosures with custom logo branding and customized retail packaging, our MOQ starts at 1,000 units. For fully customized PCB layouts, proprietary structural tooling, or unique port configurations, the MOQ is typically 3,000 to 5,000 units, depending on the complexity of the design and the component sourcing landscape.
How does Elite Power manage thermal mitigation in ultra-compact GaN chargers?
We employ a three-tier thermal strategy: First, we utilize highly efficient GaN ICs from leading suppliers to reduce power loss at the source. Second, we fill the inner cavities with advanced thermal-conductive silicone gel to transfer heat rapidly to the enclosure walls. Third, we incorporate over-temperature protection (OTP) via NTC thermistors, which temporarily scales down output power if internal ambient temperatures exceed safety limits.
Can you design custom multi-port power profiles for specialized hardware?
Yes, our firmware engineers write custom microcontroller instructions. If your target application requires one port to lock at a constant 65W for a heavy industrial terminal while other ports share the remaining capacity, we can program specific priority rules. We support PD 3.0/3.1, PPS, QC 4.0+, and legacy BC 1.2 charging standards.
What safety mechanisms are built into your medical-grade power supplies?
Our medical series features dual-level safety measures: input-to-output isolation tested up to 4000VAC, leakage current protection restricted to less than 100μA, and integrated short-circuit, over-current, and over-voltage guards. These parameters align with international medical safety standard IEC 60601-1.