Residential Energy Storage BMS & PCS
Development experience involving Battery Management Systems and Power Conversion Systems for European residential photovoltaic energy storage applications.
Engineering solutions
From requirements to practical, manufacturable solutions.
Envineon combines experience in semiconductor technology, power electronics, embedded systems, and new energy technologies to help customers develop practical and manufacturable solutions.
Our engineering support can extend from system architecture and technology selection through circuit development, embedded control, prototyping, testing, optimization, and production implementation.
01 / Engineering area
Power Electronics
Custom power conversion and power management solutions for industrial, commercial, and specialized applications.
Capabilities
- Power conversion system architecture and topology selection
- AC/DC power conversion
- DC/DC converters
- DC/AC inverters
- Bidirectional power converters
- High-efficiency power supplies
- High-power and high-precision power electronics
- Gate-driver and protection circuits
- Power control and monitoring
- Thermal design and reliability optimization
- Power system analysis and optimization
02 / Engineering area
Battery & Energy Storage
Engineering solutions for battery-powered equipment, energy storage, charging, monitoring, and power management applications.
Capabilities
- Battery Management Systems (BMS)
- Power Conversion Systems (PCS)
- Energy Storage Systems (ESS)
- Battery monitoring and protection
- Battery voltage, current, and temperature monitoring
- Charging and discharging control
- DC/DC charging systems
- State-of-Charge monitoring
- Battery thermal management interfaces
- Energy storage control electronics
- Solar PV and energy storage integration
- Backup power systems
- Residential and commercial energy storage
- Battery systems for industrial vehicles, mobile equipment, marine, and other specialized applications
03 / Engineering area
SiC & GaN Power Technologies
Advanced power electronics development for higher efficiency, higher switching frequencies, and increased power density.
Capabilities
- Silicon (Si) power device applications
- Silicon Carbide (SiC) MOSFET and power module applications
- Gallium Nitride (GaN) power applications
- High-frequency power conversion
- High-power-density converter design
- Gate-driver development
- Switching optimization
- Protection circuit design
- Thermal management and reliability optimization
- System-level power semiconductor integration
04 / Engineering area
Embedded Control & Electronics
Customized electronics and intelligent control systems for power, industrial, and specialized applications.
Capabilities
- MCU hardware and firmware development
- Analog and digital circuit design
- Sensor interfaces and signal conditioning
- CAN, RS485, and other industrial communications
- Control algorithms and embedded control systems
- Data acquisition and monitoring
- Intelligent controllers
- Human-machine interfaces and display electronics
- IoT-enabled monitoring and control
- PCB design and layout
- Prototype development
- System integration
- Hardware testing and optimization
Product development lifecycle
From Concept to Manufacturable Product
Envineon provides engineering support throughout the product development lifecycle and can work as an independent development team or as an extension of a customer’s internal engineering organization.
- Product concept development
- System architecture
- Digital and analog circuit design
- Schematic design
- Power electronics design
- PCB design and layout
- MCU hardware and firmware
- Component selection and BOM optimization
- Prototype development
- Hardware debugging and testing
- System integration
- Design verification
- Performance and reliability optimization
- Design for Manufacturing (DFM)
- ODM / OEM engineering support
- PCBA manufacturing support
- Production transfer and industrialization
Selected engineering experience
Experience across power, control, and energy systems.
Our engineering experience covers power electronics, battery systems, embedded control, industrial electronics, and energy-efficiency applications.
High-Power Precision Laser Driver
High-precision, high-power electronic driver development for demanding industrial applications.
Ultra-Compact DC/DC Converter
High-density DC/DC power conversion design for space-constrained electronic systems.
Electric Forklift Power Control
Power control electronics developed for electric industrial vehicle applications.
Smart Solar & LED Lighting
Experience spanning integrated LED drivers, smart solar street lighting, and intelligent lighting systems for roads, tunnels, buildings, and parking facilities.
Intelligent Energy Efficiency
Smart energy-saving control solutions for industrial facilities, lighting systems, and large power-generation facilities.
Specialized Control Systems
Embedded lane control, water treatment control electronics, and intelligent valve and vehicle control systems for specialized applications.
Our engineering approach
Engineering Starts With the Application
We believe effective engineering begins with understanding how a product will actually be used.
Rather than starting with a predefined product or technology, we first evaluate the application’s electrical requirements, operating environment, performance targets, reliability expectations, physical constraints, and commercial priorities.
We then identify the most appropriate product, architecture, component, or customized engineering solution.