Power
Unique Challenges, Tailored Solutions
Powering a Smarter Future
7,500+ Successful Power Deployments
Our solutions manage substations, power enterprises, and distributed energy resources worldwide.
End-to-End Solutions
Moxa provides connectivity, communication, and computing solutions for the power and energy sectors.
Industry Leadership
We contribute to forums like CIGRE, IEC WG, UCAIug, and PAC World on PRP/HSR and MMS solutions.
Applications
Substation Automation
Moxa provides state-of-the-art solutions for substation automation and feeder automation applications for both public utilities and enterprises. Our rich experience in this industry, coupled with our innovative work on the latest technologies, enables us to develop market-specific solutions for computing and communication applications in this domain.
Why Moxa
- Industry’s first fully integrated IEC 61850 MMS (manufacturing messaging specification) solution consisting of Ethernet switches, device servers, and embedded computers
- End-to-end PRP/HSR solutions for substation communication and substation computing
- Proactive monitoring of network behavior and component status for preventive maintenance
- IEC 61850, IEEE 1588, and PRP/HSR compliant solutions
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Renewable Energy
Moxa’s Industrial IoT solution enables smart generation and distribution of renewable energy from solar and wind sources. We provide an integrated data-acquisition and device-monitoring solution to efficiently manage remote power assets distributed across multiple field locations. With our solution, you can easily deploy and manage your distributed field devices and integrate them with services and applications in the local SCADA or in the cloud.
Why Moxa
- Reliable operation in wide temperature outdoor environments
- Ready-to-run software solution for Modbus data acquisition, remote device management, and Modbus-to-MQTT protocol conversion
- Simplify maintenance using remote configuration of devices and software and remote troubleshooting functions
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Energy Storage
Global energy networks are undergoing a revolutionary transformation, aiming to harness an astonishing 98% of newly generated power from renewable sources. This paradigm shift underscores the importance of megawatt-level battery energy storage systems (BESSs) that can quickly respond to enhance grid reliability and stability, manage renewable energy fluctuations, reduce curtailments, and generate additional revenue streams. These systems reshape energy use by balancing energy supply and demand, stabilizing grids, preventing renewable energy waste, and encouraging innovation.
For more information, please visit the BESS portal.
Why Moxa
- Reliability – Cutting Hidden Costs
Our products undergo rigorous testing to meet industry demands for harsh environments. - Availability – Enabling Hassle-free Networking
We enable secure networks with smart monitoring tools for quick responses and managing multiple communications devices remotely.
- Simplicity – Speeding Up Project Turnaround
We offer services worldwide, expertise in power communications, and tailored solutions. - Longevity – Guaranteeing a Sustained Supply and Service
With a steadfast global presence, we assure long-term supply across 100+ countries, supporting a 20-year BESS life cycle.
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Critical Power
Critical power management solutions must ensure a reliable power supply to essential power loads where no power shortages can be tolerated. Moxa offers high-availability facilities management solutions to ensure uninterrupted power supply and services. Devices—such as automatic transfer switches (ATS), meters, circuit breakers, and UPS controllers—control and monitor the power systems to ensure uninterrupted power generation and distribution while optimizing the energy loads in the system.
Why Moxa
- Supports protocol conversion to deliver a unified interface for data acquisition, such as data conversion from Modbus RTU to Modbus TCP, from I/O to SNMP, and from serial to Ethernet
- Devices that can withstand harsh operating environments with industrial-grade features that include EMC, wide-temperature operability, and millisecond-level network recovery