Electronics for Mobility & Energy

EV & Energy Solutions

Intelligent batteries. Connected energy systems.

Hardware and embedded firmware development for battery monitoring, electric mobility and energy applications—from architecture to validated prototypes.

Discuss Your Energy Project Explore Capabilities

Illustrative battery management concept

Battery Management

EV Integration

Energy Monitoring

Development Process

Engineering the electronics behind energy systems

We help define, develop and integrate the sensing, control, communication and firmware your application needs.

Battery intelligence

Measure cell and pack behaviour.

System integration

Connect controllers, chargers and supervisory systems.

Engineering evidence

Validate against an agreed specification.

Core engineering capabilities

Battery monitoring & management

Cell voltage, pack current, temperature sensing and balancing architecture.

Protection & power control

Fault detection, switching interfaces and protection coordination.

Embedded firmware & diagnostics

Data acquisition, state estimation, event logs and update strategy.

Communication & integration

CAN, RS-485 and Ethernet interfaces selected for the system.

Energy measurement & telemetry

Voltage, current, power and energy measurement with connected reporting.

Charging & power interfaces

Charger communication, DC-DC integration and power-state control.

Applications shaped by your requirements

Electric mobility

Battery electronics and controller integration for two- and three-wheeler applications.

Stationary storage

Project-specific battery monitoring and supervisory-system interfaces.

Connected energy monitoring

Metering and telemetry for equipment, buildings and energy assets.

Voltage class, chemistry, power level and development responsibilities are defined for each project.

Our Product Development

CellLogic BMS

Our battery-management development programme is underway, with an initial focus on two- and three-wheeler applications.

In development

Discuss your requirements

From requirements to engineering handover

Define

Use case and acceptance criteria

Architect

Sensing, control and interfaces

Develop

Hardware and firmware

Validate

Measurements, faults and findings

Prepare

Documentation and pilot-build support

Design and test iterations are planned around review findings.

Validation planned around the application

Measurement performance

Accuracy, linearity and stability across operating conditions.

Power & thermal behaviour

Thermal performance, power loss and safe operating limits.

Communication & fault recovery

Interface robustness, error handling and recovery behaviour.

Protection response

Verification of fault detection and protection actions.

Test methods, operating conditions and acceptance criteria are agreed before execution. Specialist testing is coordinated with external laboratories where required.

Clear deliverables. A practical handover.

Requirements & architecture documents

Interface & communication documentation

Schematics, PCB files & BOM

Validation results & open issues

Firmware source & build instructions

Manufacturing handover files

Scope, IP ownership and third-party responsibilities are agreed in the project contract.

What helps us scope your project

Application & battery chemistry

Target use case and cell/pack chemistry.

Voltage, current & power requirements

Operating ranges and power levels.

Communication & integration needs

Interfaces and supervisory systems.

Target market & validation expectations

Standards and acceptance criteria.

EV & energy engineering questions

Yes. We review the existing design, interfaces and available documentation before agreeing the development scope.

Yes. We develop custom electronics and embedded firmware tailored to the voltage class, chemistry, communication and protection requirements of the application.

Yes. We can develop monitoring and interface electronics for stationary storage systems and integrate them with supervisory or energy-management platforms.

We design with relevant standards in mind and prepare documentation that supports certification. Formal certification is typically handled by accredited laboratories; we can coordinate the technical inputs.

Let’s engineer your next energy solution.

Share your application, requirements and current development stage.

Discuss Your Project