Micro data center infrastructure and cooling systems for cloud computing
Sugon Energy builds micro modular data centers and liquid cooling infrastructure for computing facilities. The tech stack spans embedded systems (ARM Cortex, STM32, NXP), industrial controls (MODBUS, CAN, PLC), and CAD/manufacturing tools—revealing a hardware-centric, embedded-systems organization rather than cloud-native software. Active projects center on liquid cooling test platforms and MES system rollouts, while pain points cluster around data migration, HVAC energy efficiency, and refrigerant management, indicating operational maturity challenges typical of manufacturing-scale hardware deployment.
Sugon Energy designs and deploys micro modular data centers and liquid cooling computing infrastructure in China. The company operates across embedded firmware, HVAC control systems, and manufacturing execution (MES implementation and maintenance). The hiring mix—engineering-led with embedded and controls specialists, paired with manufacturing and operations roles—reflects a hardware-manufacturing business model rather than a software platform. Active projects include liquid cooling test platforms, HVAC preventive maintenance programs, and MES system upgrades. The organization is small (approximately 2 employees listed, with 25 active open roles across engineering, sales, operations, and manufacturing) and appears to be scaling manufacturing and technical delivery capacity.
Sugon Energy uses ARM Cortex (M0, M3, M4) microcontrollers from NXP and STM32, MODBUS and CAN industrial protocols, PLC systems, and CAD tools (SolidWorks, AutoCAD) for design and embedded firmware development of liquid cooling and micro modular data centers.
Yes. Sugon Energy has 25 active open roles, including 11 in engineering (mix of junior, mid, manager, and senior levels), 7 in sales, 3 in operations, 2 in manufacturing, and 1 in product, all based in China.
Main projects include liquid cooling computing center and test platform development, micro modular data center deployment, MES system implementation and upgrades, HVAC preventive maintenance planning, and air conditioning control system development.