Energy Storage & Power Electronics PCB Assembly – Powering Next-Gen Energy Systems
Energy Storage & Power Electronics
From battery management systems (BMS) to solar inverters, EV chargers, and grid-connected converters, advanced PCB assembly is the core foundation enabling safe, efficient, and intelligent energy conversion.
At Kingda, we specialize in high-reliability PCB and PCBA manufacturing for energy storage and power electronics applications, supporting both prototyping and high-volume production for global energy innovators.
Applications we support
- Home & Commercial Energy Storage Systems (ESS)
- Battery Management Systems (BMS)
- Solar Inverters & MPPT Controllers
- EV Charging Systems (AC / DC Chargers)
- Energy Monitoring & IoT Gateways
- Smart Energy Management Systems (HEMS / EMS)
Why Choose Kingda for Power Electronics PCB Assembly
2.High-Tg materials for thermal stability
3.High-voltage isolation design support
4.Optimized thermal management for power density
Power Electronics PCB Assembly Product Portfolio
Battery Management System (BMS) PCB Assembly
Energy Storage System (ESS) Control PCB Assembly
Inverter Control PCB Assembly
MPPT Solar Charge Controller PCB Assembly
EV Charger Control PCB Assembly
Energy IoT Communication Module PCB Assembly
Energy Management PCB Assembly
Switching Power Supply PCB Assembly
Protection Relay PCB Assembly
Testimonials
"Kingda is a great PCB and PCBA supplier. Their products are always of the highest quality, and their prices are very competitive. We have been working with them for over a year now, and we have never had any problems with their products or services. We highly recommend them to any company looking for a reliable and affordable PCB supplier."
Derek AuCoin
A Leading Supplier of Flow Measurement and Control Technologies
“ We have been using Kingda PCB and PCBA services for the past six months, and we have been very impressed with their professionalism and dedication to quality. Their products are always delivered on time and meet our exact specifications. We highly recommend Kingda to any company looking for a reliable and high-quality PCB supplier. “
Benjamin
A Large Medical Electronics Company
“ We have been working with Kingda for the past three years, and we have been consistently impressed with their professionalism and dedication to quality. Their PCBs and PCBAs are always delivered on time and meet our exact specifications. We highly recommend Kingda to any company looking for a reliable and high-quality PCB supplier. “
Margaret
A Large Industrial Electronics Company
“ I have been working with Kingda for many years and they have never let me down. Their PCBA products always meet my requirements and are delivered on time. Their service is also very attentive and they always respond to my needs in a timely manner. “
Anastasia
Supplier of Commercial Aviation Products
High Reliability Manufacturing Process
1. Electronics PCB Design and Output
2. Inner Layer Printing
3.Etching of Inner Layers
4. Optical Inspection and Layer Alignment
5. Layer Lamination and Bonding
6. Drilling and Via Formation
7. Plating and Copper Deposition
8. Outer Layer Imaging
9. Outer Layer Etching
10. Solder Mask Application
11. Surface Finish
12. Silkscreen
13. Electrical Testing
14. Thermal & Mechanical Profiling
15. Final Inspection and Quality Assurance
16. Packing and Delivery
Testing & Quality Assurance for Power Electronics
High Volume PCB Testing Capabilities
At Kingda, we understand that energy storage systems and power electronics applications demand the highest level of reliability, safety, and performance. Whether it’s for BMS (Battery Management Systems), inverters, or power conversion modules, every PCB must withstand high current, high voltage, and thermal stress conditions.
Our experienced engineering and QA teams ensure that every PCB—regardless of volume—is rigorously tested throughout the entire manufacturing process. We implement strict quality control procedures to guarantee that all boards meet industry safety standards and long-term operational stability.
We specialize in high-volume production of power PCBs with thick copper, high-Tg materials, and precision layouts, ensuring consistent performance across all units. Every product undergoes extensive validation to minimize failure risks in mission-critical applications such as EV charging, renewable energy systems, and industrial power control.
As an ISO 9001:2015 certified company, we source all components from authorized and traceable suppliers, ensuring full traceability and eliminating risks associated with counterfeit or substandard parts—critical for energy applications.
Testing & Inspection Capabilities
To ensure optimal performance in demanding environments, we conduct the following tests:
- Design for Manufacturability (DFM)
Ensures your design supports high-current routing, thermal dissipation, and high-voltage isolation. - Design for Assembly (DFA) Checks
Identifies issues that may affect assembly efficiency or reliability in power modules. - AOI (Automated Optical Inspection) & AXI (X-ray Inspection)
Detects soldering defects, misalignment, and hidden joint issues in multi-layer and high-density boards. - Electrical Testing
Verifies continuity, insulation resistance, and performance under electrical load conditions. - Flying Probe Testing
Ensures electrical integrity without requiring test fixtures—ideal for complex designs. - Functional Testing
Confirms real-world operation, especially for BMS, inverters, and power control boards. - In-Circuit Testing (ICT)
Validates individual components and circuit behavior. - High Voltage / Insulation Testing
Critical for ensuring safety in energy storage and power electronics systems. - Solder Paste Inspection (SPI)
Ensures accurate solder volume for high-current components.
High Volume PCB Assembly Technologies
To meet the diverse requirements of power electronics applications, we utilize three advanced PCB assembly technologies:
Surface Mount Technology (SMT)
SMT enables compact, high-density designs essential for modern energy systems.
- Supports miniaturized power control modules
- Ensures high mechanical strength under vibration and thermal cycling
- Ideal for control circuits, signal processing, and communication modules
With decades of SMT experience, we ensure precision placement and high reliability, even in harsh environments such as renewable energy systems and EV infrastructure.
2.Through-Hole Technology (THT)
Through-hole assembly is critical for high-power components such as transformers, capacitors, and connectors.
- Supports high current carrying capacity
- Provides strong mechanical bonding
- Compatible with wave soldering and manual assembly
We offer complete THT services including:
- Double wave soldering
- RoHS-compliant processes
- Manual & automated insertion
- High-reliability inspection and testing
3.Mixed Assembly (SMT + THT)
Most energy storage and power electronics PCBs require a hybrid approach combining SMT and THT.
- SMT for control and signal circuits
- THT for power components and connectors
This optimized combination ensures:
- Electrical performance stability
- Mechanical durability
- Efficient thermal management
Why Kingda for Energy Storage & Power Electronics PCBs?
- Expertise in BMS, inverter, and power conversion PCBs
- Capability for thick copper (2–10 oz+) and high-power designs
- Strict compliance with safety and quality standards
- Full traceability and component control
- Reliable high-volume production with consistent performance
Kingda delivers high-reliability PCB manufacturing and assembly solutions tailored for energy storage and power electronics, ensuring:Safety + Stability + Scalability for High-Power Applications.
PCB assembly and fabrication services for various industries
one-stop supplier!
Energy Storage & Power Electronics PCB Assembly– FAQ
For high-power applications, materials such as high-Tg FR4, polyimide, or metal-core PCBs (MCPCB) are commonly used. These materials provide better thermal stability, insulation performance, and mechanical strength under high current and temperature conditions.
Power electronics PCBs usually require 2 oz to 10 oz copper thickness or higher, depending on current requirements. Thicker copper helps reduce resistance, heat generation, and voltage drop.
Thermal management is achieved through:
- Use of thermal vias and copper pours
- Integration of heat sinks or metal substrates
- Proper component spacing and layout optimization
- Use of high thermal conductivity materials
Main challenges include:
- Soldering large copper areas
- Managing heat dissipation during reflow
- Preventing warpage and delamination
- Ensuring strong solder joints for power components
A combination of:
- SMT (Surface Mount Technology) for control circuits
- Through-Hole Technology (THT) for high-power components
- Mixed assembly for optimal performance and reliability
We follow strict creepage and clearance standards, use insulation materials, and perform high-voltage testing to ensure safety and compliance with international standards.
Common finishes include:
- ENIG (Electroless Nickel Immersion Gold)
- HASL (Hot Air Solder Leveling)
- Immersion Silver
The choice depends on thermal performance, solderability, and environmental conditions.
We use:
- Optimized reflow profiles
- Selective soldering for THT components
- High-quality solder materials
- Inspection methods like AOI, X-ray, and SPI
Typical tests include:
- Electrical testing (continuity & isolation)
- Functional testing under load
- In-circuit testing (ICT)
- High-voltage / hipot testing
- Thermal cycling tests (if required)
Yes, we support full BMS PCBA, including:
- Cell monitoring circuits
- Balancing circuits
- Communication modules (CAN, UART, etc.)
- Safety and protection circuits
We carefully control:
- Reflow temperature profiles
- Use of heat-resistant components
- Proper PCB layout and thermal design
