Advanced Energy and Power PCB Assembly Solutions

Powering the next generation of industrial efficiency

In the rapidly evolving landscape of energy management, the reliability of your Energy and Power PCB Assembly defines your product's market success. Omini PCBA serves OEM procurement managers and hardware engineers who require robust electronics capable of sustaining extreme voltage and current demands.

Whether you are developing smart grids, industrial power supplies, or high-performance automotive electronics, Omini electronics manufacturing provides the specialized vertical integration needed to take your design from concept to volume production with unmatched precision.

High-Power Density

Optimized layouts for maximum power efficiency in compact footprints.

Precision Assembly

Expert mounting of power modules, large capacitors, and heavy-duty connectors.

Thermal Control

Advanced heat dissipation technologies including metal cores and thermal vias.

Manufacturing Capabilities & Specifications

Expert Energy and Power PCB Assembly. Advanced manufacturing capabilities for power electronics, providing high-reliability solutions and precise specifications for modern energy sector applications.

Vertical Industry Expertise

Our Energy and Power PCBA solutions are engineered for diverse critical sectors worldwide.

Renewable Energy (PV Inverters)

High-Efficiency Solar PV Inverter PCB Design and Manufacturing Services

Industrial Automation

High-Reliability PCBs for Energy-Efficient Industrial Automation and Control Systems

EV Charging Infrastructure

High-Power Heavy Copper PCBs for Reliable Ultra-Fast EV Charging Infrastructure.

Uninterruptible Power Supplies (UPS)

Custom heavy copper PCBs for high-efficiency uninterruptible power supply modules.

Smart Grid Controllers

High-Reliability Industrial PCB Assembly for Smart Grid Energy Management Controllers

Energy Storage Systems (BESS)

High-power heavy copper PCB solutions for battery energy storage systems (BESS).

Railway & Transportation

High-Reliability Heavy Copper PCBs for Railway Transit and Energy Power Systems

Telecom Power Equipment

High-reliability PCB assembly for telecom infrastructure and industrial power equipment.

The Omini PCBA Advantage

Choosing Omini PCBA for your energy and power projects means partnering with an EMS provider that understands the risks of high-current applications. We don't just assemble; we ensure reliability.

Rigorous Quality Ecosystem

From component traceability to final functional testing, our quality control process is built into every step of Omini PCB assembly.

Turnkey Supply Chain Management

Leveraging Shenzhen’s strong China supply chain network to secure components globally and keep projects running even in shortages.

Proactive DFM/DFT

Our engineers perform Design for Manufacturing (DFM) analysis to identify potential thermal or high-voltage bottlenecks before production starts.

Rapid Delivery

Optimized logistics and flexible manufacturing lines allow for quick-turn prototypes in as little as 3 days and scaled production on aggressive timelines.

Frequently Asked Questions

1.What makes Omini PCBA specialized in power electronics?

We utilize heavy copper technology and advanced thermal management techniques to ensure your power boards handle high currents without overheating, maintaining long-term reliability in harsh environments.

2.Can Omini PCBA handle both prototype and mass production?

Yes, our flexible EMS manufacturing facilities are optimized for both NPI (New Product Introduction) rapid prototyping and full-scale high-volume production for global supply chains.

3.How do you ensure quality for high-voltage energy PCBAs?

Every board undergoes rigorous testing including AOI, X-Ray inspection for BGA/Power modules, and ICT or Functional Testing to guarantee performance at rated power levels.

4.Do you support renewable energy and EV charging standards?

Absolutely. We have extensive experience with PV inverter control boards and EV charging station components, adhering to specific industry safety and efficiency standards.