Power Solutions

Proprietary GaN Charging Platforms for OEM Systems

High-efficiency power conversion, GaN switching architectures, and reliability-validated charger designs engineered on proprietary Terul power platforms for scalable OEM and ODM deployment.

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Technology Overview

Proprietary power platform architecture with full-stack engineering control

Terul’s power platforms are engineered around high-frequency switching behavior, topology optimization, and thermal management strategies required for compact high-power-density chargers.

Each platform integrates GaN switching, power stage topology, magnetics design considerations, and protection architecture to ensure stable power delivery, predictable transient response, and long-term electrical reliability.

GaN power technology visual representing Terul's power solutions category

Domain Highlights

Core Engineering Modules of the Power Platform

GaN Switching

GaN switching devices enable high-frequency operation, reduced switching losses, and improved power density with improved thermal performance in compact charger architectures.

Power Architecture

Power architectures are defined through topology selection, control strategy, and load distribution design, ensuring stable multi-port operation, predictable transient response, and consistent performance across real-world conditions.

Compliance Readiness

Compliance is built into the platform through IEC 62368-1 safety design, EMI control, and structured validation processes, enabling certification across safety, EMC, and regulatory frameworks and target markets.

Structured Customization

Platform architectures allow controlled adaptation including port configuration, protocol selection, and power scaling while maintaining architectural consistency and validated design boundaries.

OEM Program Readiness

Engineered for Scale, Compliance, and Program Continuity

Every power platform is validated through structured electrical, thermal, and EMI testing covering full-load operation, transient response, and thermal stability prior to OEM integration.

The platform architecture supports selective licensing, controlled adaptation, and revision-governed production, enabling OEM partners to scale power programs with stable electrical performance and lifecycle continuity.

What the Power Platform Delivers

  • Platform-level power architecture engineered for high-efficiency charger systems.
  • Structured OEM and ODM integration through defined platform boundaries and execution models.
  • Stable electrical performance across real charging environments.
  • Lifecycle engineering discipline supported by revision governance.

Explore the Power Platform

Explore execution models or start a discussion around your power program requirements.

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