Powering a Resilient and Sustainable Future

Power

The energy landscape is rapidly evolving, with traditional power generation converging with renewable sources and creating new challenges. This transformation demands innovative solutions that ensure safety, performance, reliability, and sustainability through smarter, more efficient operations. By integrating advanced automation, control, and monitoring technologies, power providers can navigate this dynamic environment, delivering affordable and reliable energy to meet global demands.

Integrated Solutions for Diverse Energy Needs

Leading the Transformation in the Power Industy

In an era where energy sources are diversifying and power systems are becoming more complex, it is essential for power providers to balance affordability, reliability, and sustainability. Leveraging comprehensive automation and control technologies—from intelligent field devices to cloud-based solutions—enables seamless operations, ensuring optimal performance, reduced emissions, and adaptability to navigate modern power systems. 

0%
Increase in Power Plant Efficiency

By leveraging advanced automation and real-time monitoring solutions, plants can enhance overall operational efficiency and reduce unplanned downtime, leading to better performance across the energy generation spectrum.

0%
Reduction in Maintenance Costs

Advanced predictive maintenance technologies significantly reduce unexpected failures and costly repairs. This results in lower operational and maintenance costs over the lifespan of plant equipment.

0%
Faster Grid Integration for Renewables

Using optimized microgrid solutions, utilities can speed up the integration of renewable energy sources, enabling more efficient use of green energy and traditional power generation assets, while maintaining grid stability.

0%
Reduction in Carbon Emissions

Innovative control solutions and more efficient energy processes contribute to a measurable reduction in carbon emissions, helping companies meet sustainability targets and regulations.

Achieve Affordable and Reliable Energy

Power Value Chain

Explore real world examples of how Emerson helps power producers and utilities achieve operational excellence across the power value chain, from generation and renewables, to grid control and critical energy consumers.
Power Plant Boosts Uptime, Saves $105K
Safer, More Reliable Nuclear Operations​
Digital Twin Cuts Startup Time 44%​
Hydropower Gains Unified Control​
Wind Turbine Gains Reliable Retrofit Control​
Solar PV Boosts Safety and Reliability​
Unified Grid & Microgrid Control​
Resilient Energy Control for Data Centers​
Comprehensive Solutions Across the Power Sector

Power Industry Segments

The diverse segments in the power industry present unique challenges and requirements. From traditional coal and natural gas plants to emerging renewable energy sources, specialized solutions are essential to address specific operational needs, regulatory standards, and sustainability goals.

Industrial-power-plant-by-waterfront
Resilient and Flexible Energy

Gas Power

Enhancing reliability and readiness to meet growing energy demand

Simple and combined cycle units leverage advanced automation and control technologies to manage load changes and dynamic performance, ensuring efficient, reliable generation while balancing economic opportunity and emissions compliance.

Unload coal in coal mining; Shutterstock ID 768181477; purchase_order: Enterprise MARCOM; job: Shutterstock Images for Jan Bendfeldt's Team; client: Various; other: Requested by Sara Palmitessa
Smarter Traditional Energy

Coal Power

Improving efficiency and reducing emissions

Coal-fired power plants enhance operational efficiency and reduce environmental impact through state-of-the-art monitoring and control systems, delivering dependable power while meeting evolving performance and compliance goals.

Power Plant in night
Safe and Reliable Energy

Nuclear Power

Maximizing performance and longevity

Nuclear power plants require precise advanced control, monitoring, and diagnostics technologies to ensure safe, efficient, and continuous operation--extending asset life, enhancing reliability, and supporting long-term energy security.

Green energy harvest with windmill and solar panels for eco-green sustainable concept; Shutterstock ID 2459768029; purchase_order: Enterprise MARCOM; job: Shutterstock Images for Industry Growth Programs; client: Various; other: Requested by Mari Manciu
Green Power Generation

Renewable Energy

Enhancing performance and reliability

Renewable energy systems such as wind and solar rely on flexible, intelligent control and advanced monitoring to maximize generation output, improve efficiency, and ensure consistent, sustainable power delivery.

Fallback image
Digital Grid Management

Transmission & Distribution

Increase grid resilience and reliability

As grids grow more complex, transmission & distribution networks require intelligent, secure operations that balance reliability, resilience and renewable integration - optimizing power flows, accelerating restoration and delivering safe, affordable service.

Solar and modern city skyline
Decentralized Energy Systems

Microgrids

Enhancing energy independence and resilience

Microgrids integrate local generation sources with storage, leveraging advanced automation and real-time monitoring to optimize performance, enhance reliability, and enable seamless transitions between grid-connected and islanded modes--ultimately delivering efficient, resilient power.

Explore Our Business Groups

Emerson Expertise Across the Power Landscape

Our diverse business groups offer specialized knowledge and technologies, working together to provide comprehensive solutions tailored to the unique needs of the power industry.