Robotics, Telecom and Industry
The Energy Challenge of Renewable Power
From robots on factory floors to mission-critical industrial automation and high-density telecom base stations, today’s systems demand reliable, efficient, and compact power conversion. Loads span from tens of watts to tens of kilowatts in high-performance power supply units, energy storage, motion control, and wireless power transfer.
Every actuator, motor drive, telecom load, or industrial equipment relies on multiple stages of power conversion, energy storage, and power transfer — each with inherent inefficiencies that increase operating and capital costs, reduce uptime, and complicate thermal management.
Eggtronic addresses this challenge with a new generation of ultra-efficient EPIC mixed-signal controllers that seamlessly manage AC/DC, DC/DC, and DC/AC conversion for high-performance power supplies and energy storage, as well as wireless power transmission and motion control in robotic, telecom, and industrial systems.
Covering applications from some Watts to 50 kW, our solutions deliver step-change improvements in efficiency, power density, reliability, and total system cost (both OPEX and CAPEX), enabling new levels of scalability and performance.
The versatility of the EPIC controller family extends across robotics, telecom, and industry
Scalable
From a few Watts to 50 kW with the same IC controller
Flexible and customizable
EPIC all-in-one combo controller for multiple power tasks, diagnostics, and tailored applications
Efficient
World-class conversion up to 99%
Compact
High-frequency switching (up to several MHz) reduces size, weight, and cooling needs for power conversion, motion control, and wireless power
Eggtronic is enabling the next generation of robotic platforms, telecom networks, and industrial systems with ultra-efficient, cost effective, and flexible controllers that reduce total cost of ownership and accelerate adoption in mission critical applications.
Robotics
Modern robotics demands compact, lightweight, and efficient power electronics to drive motors, actuators, and onboard intelligence.
Eggtronic’s EPIC controllers enable:
- High-frequency, multiple-output, bidirectional AC/DC converters that increase efficiency, reduce bill of materials, and simplify thermal management.
- Bidirectional DC/AC inverters for robotic joints and end-effectors, supporting regenerative braking and extending operating life.
- Bidirectional DC/DC converters for battery and supercapacitor-based energy storage, as well as buck, boost, buck-boost converters for any power task
- Wireless power transmission with top efficiency and reduced cost for autonomous mobile robots (AMRs), eliminating connectors and enabling safe, maintenance-free charging.
Telecommunications
5G networks, routers, switches, and infrastructure require compact, reliable, and high-efficiency power conversion and energy storage to minimize footprint and energy costs.
With EPIC controllers, telecom systems benefit from:
- AC/DC converters with >98% efficiency and multiple outputs for base stations, routers, switches, and telecom infrastructure.
- DC/DC converters for UPS and backup power integration.
- Hot-swap, load-balancing, and redundant architectures with intelligent monitoring for carrier-grade reliability.
Industrial Applications
Industrial power spans a broad spectrum — from small sensors and actuators, to multi-kilowatt drives and converters for automation and for any industrial task. Eggtronic’s EPIC-based solutions include both standard and custom designs, ensuring high energy efficiency, improved thermal management, lower bill of materials, higher reliability, and advanced diagnostics.
Applications include:
- AC/DC converters for ultra-efficient power supply units in the kW range, including multi-output, bidirectional, and redundant designs.
- DC/DC converters for both high-voltage and low-voltage conversion, modular energy storage, and redundant architectures.
- Wireless power transfer for high-voltage and high-power devices, efficiently eliminating power cords from industrial systems.
