Embedded Computing Systems for Energy Applications
ETE develops and supplies industrial-grade computing systems built for energy production, transmission, and monitoring environments, where reliability, uptime, and environmental resistance are essential. Check all the products of this category.
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ATX-Q670A
Add to quoteATX with 12th/13th Generation Intel® Core™ LGA1700 Socket Processors, TDP Max. 125W, DDR5 DRAM, Multiple Display Ports
As its newest industrial motherboard, the ATX-Q670A demonstrates AAEON’s commitment to innovation. Powered by 12/13th Generation Intel® Core™ Processors (formerly Alder Lake/Raptor Lake), the ATX-Q670A incorporates high-performance computing with AAEON’s precision design to introduce generational improvements in system memory, expansion, and security.
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OMNI-3195-BT
Add to quote19” Modular HMI Panel PC with Intel® Celeron® J1900/ N2807 Processor
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OMNI-3125-SKU
Add to quote12.1” Modular HMI Panel PC with 6th Generation Intel® Core™ i5-6300U/C-3955U Processor
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AEC-204B
Add to quoteAEC-204B, 4-slot Industrial Wallmount IPC System Half-size CPU Cards Support
Fanless designs for continuous operation in substations and field environments
Support for industrial protocols (Modbus, DNP3, IEC 61850)
Wide input voltage and temperature range for remote sites
Low power consumption with high reliability and long lifecycle
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SCA-C01
Add to quoteCarrier Board for AAEON IoT Wireless Modules
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MIX-H310D2
Add to quoteMini-ITX with Intel® 8th / 9th Generation Core™ LGA1151 Socket Processor, Max. 65W TDPs, USB 3.2 Gen 1 Port x 4, USB 2.0 Port x 5, 12V DC input
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IMBM-Q170A
Add to quoteMicro-ATX with 7th/6th Generation Intel® Core™ Processor, DDR4 DRAM, USB x 14, Supports iAMT 11.0
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BOXER-6404WT
Add to quoteWide Temperature Compact Embedded Box PC with Intel® Celeron® J1900/ N2807 Processor SoC
Our Solutions
- Fanless Embedded Box PCs: Rugged platforms designed for power generation and grid control in harsh outdoor or substation conditions.
- Industrial Panel PCs: Touchscreen computers for local SCADA operation and monitoring.
- Data Acquisition Gateways: Compact embedded systems for remote measurement and energy management.
Key Features
- Extended Temperature Range: Reliable performance from -20 °C to +70 °C.
- Protocol Compatibility: Native support for industrial communication standards.
- Energy Efficiency: Optimized power design for long-term use in field installations.
Benefits of Embedded Technology in the Energy Industry
ETE’s embedded computing systems ensure continuous operation and real-time control in demanding energy environments. From renewable energy parks to power distribution networks, our rugged hardware provides stable data acquisition, predictive maintenance, and process automation.
By integrating directly with existing SCADA or grid management systems, ETE solutions reduce downtime, improve visibility, and help optimize energy efficiency across all sites. Read more on IEC 61850 standards.
More to know...
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How to Select an Embedded Computer for Industrial Automation
Choosing the right embedded computer is critical for reliable industrial automation systems. Learn what to consider when selecting hardware for machine control, automation and industrial environments.
Why Fanless Industrial Computers Are Replacing Traditional PCs | ETE
Fanless industrial computers are becoming the preferred solution for machine control systems. Discover why embedded platforms like the AAEON BOXER-6641 offer greater reliability, durability and integration for industrial environments.
Need Help?
Contact Us!
Our team at Embedded Technologies understands that every energy system faces unique operational challenges. That’s why we offer specialized technical guidance to help you choose the right embedded computing system for your application whether it’s grid monitoring, renewable management, or control automation.
With ETE’s expertise and industrial-grade hardware, you can achieve long-term reliability, improve operational insight, and maintain performance even in the most demanding energy environments.