Power & Energy



Are your power and energy investments delivering reliable electrification, grid resilience, and sustainable competitive advantage?

Unlocking Growth Across the Evolving Power & Energy Ecosystem

Helping utilities, OEMs, investors, and data center operators navigate electrification, grid modernization, critical power, and energy transition with confidence.

Core Power & Energy Focus Areas

Frost & Sullivan covers the full power and energy ecosystem, supporting organizations align technology investments with high-growth electrification and energy transition opportunities.


Power & Distributed Energy

Renewables, distributed energy resources, fuel cells, combined heat and power [CHP], power services, and digital twins.


Grid Modernization & Flexibility

Substation automation, advanced metering, VPPs/distributed energy resource management systems [DERMS], microgrids, energy storage, and grid intelligence.


Critical Power

Uninterruptible power supply [UPS] systems, generators, batteries, fuel cells, DC power, and resilient power infrastructure.


Data Centre Infrastructure

Cooling technologies, modular data centers, AI-ready infrastructure, and infrastructure management platforms.

Strategic Imperatives


Transformative Megatrends

Rapid renewable additions and growing electrification and AI-driven demand are increasing the need for firm capacity, flexible generation, and energy storage to maintain reliability and system stability.


Industry Convergence

Utilities are modernizing assets, automating substations, and leveraging advanced metering, grid analytics, and distributed energy resource (DER) orchestration to improve resilience and unlock grid flexibility.


Disruptive Technologies

Advanced cooling technologies, on-site energy systems, and resilient power architectures are becoming critical as AI data centers and mission-critical facilities require higher power density and uninterrupted lower-carbon power.

Growth Opportunities

Dispatchable Low-carbon Power Solutions

DER Orchestration & Flexibility Platforms

Critical Power Modernization

AI-ready Data Centre Infrastructure

Industrial Electrification & Intelligent Operations

Dispatchable Low-carbon Power Solutions


Offshore wind, geothermal, hybrid renewable-plus-storage systems, long-duration storage, and flexible generation technologies are enabling decarbonization while maintaining reliability and energy security.

DER Orchestration & Flexibility Platforms


VPPs, DERMS, microgrids, and AI-enabled grid intelligence solutions are improving distributed resource integration, reducing outages, and increasing grid flexibility.

Critical Power Modernization


High-efficiency UPS systems, advanced batteries, fuel cells, and smart generator technologies are strengthening uptime and resilience across healthcare, telecommunications, industrial facilities, and data centers.

AI-ready Data Centre Infrastructure


Advanced cooling technologies, power conditioning systems, and on-site energy solutions are supporting high-density computing requirements and reducing energy intensity and emissions.

Industrial Electrification & Intelligent Operations


Electrified process heating, high-efficiency motors, EV-powered fleets, industrial heat pumps, and power quality solutions are reducing emissions and total energy intensity across industrial operations.

Best Practices Recognition

Recognizing leadership and innovation across the Power & Energy ecosystem:

Landis+Gyr

Landis+Gyr

Company of the Year, Advanced Metering Infrastructure (AMI)

Delta Electronics

Delta Electronics

Company of the Year, Integrated Energy Solutions.

Airsys Cooling Technologies

Company of the Year, Data Center Thermal Management.

Ameresco

Company of the Year, Energy Services.

Power & Energy Growth Experts

Our dedicated Power & Energy analysts and advisors bring deep domain expertise to guide your growth strategy.

Jonathan Robinson

Jonathan Robinson

Associate Partner & Global Practice Area Leader

Energy advisor with over 20 years of experience providing strategic clarity on energy transition pathways, investment prioritization, and growth opportunities across energy, buildings, and sustainability.

Lucrecia Gomez

Lucrecia Gomez

Research Director & Program Area Leader

Growth leader with over 20 years of experience shaping energy transition strategies, market prioritization, competitive benchmarking, and go-to-market initiatives.

Neha Tatikota

Neha Tatikota

Senior Industry Analyst

Senior industry expert with over 15 years of experience leading grid modernization and integrated energy solutions research to quantify demand, prioritize roadmaps, and strengthen business cases.

Manoj-Shankar-M

Manoj Shankar

Industry Analyst

Analyst with over 10 years of experience benchmarking distributed energy and power technologies to support product positioning, partner selection, and market-entry decisions.

Agustin Claret

Agustin Claret

Industry Analyst

Analyst with over 8 years of experience supporting industrial electrification and decarbonization strategies.

Monisha Arumugam

Monisha Arumugam

Industry Analyst

Analyst with over 5 years of experience supporting benchmarking and adoption roadmaps for mission-critical and industrial applications.

Key Questions Leaders Ask

Get answers to strategic questions surrounding electrification, grid modernization, energy transition, and critical power investment decisions.

How is electrification transforming the future of the power and energy industry?

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Electrification is transforming the power and energy industry by accelerating the energy transition, expanding renewable energy adoption, and increasing demand for smarter, more flexible power systems.

What technologies are driving grid modernization and grid resilience?

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Grid modernization and grid resilience rely on smart grid technologies, advanced metering infrastructure (AMI), substation automation, and digital grid management to improve reliability and operational efficiency.

How can utilities prepare for increasing renewable energy integration?

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Utilities can support renewable energy integration by investing in distributed energy resources (DERs), energy storage, and greater grid flexibility to improve reliability and balance variable generation.

Why is critical power becoming more important across industries?

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Critical power is essential for maintaining power reliability across mission-critical operations. UPS systems, backup power, and resilient power infrastructure help reduce downtime and ensure business continuity.

How should organizations prioritize investments in energy storage and distributed energy resources?

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Organizations should prioritize energy storage and distributed energy resources (DERs) based on resilience and operational needs. Solutions such as battery energy storage systems (BESS), DERMS, and microgrids improve flexibility and energy reliability.

How are AI-ready data centers reshaping power infrastructure requirements?

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AI data centers require advanced data center infrastructure, efficient data center cooling, robust critical power, and effective thermal management to support high-density AI workloads.

How does Frost & Sullivan help organizations identify growth opportunities across the power and energy market?

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Frost & Sullivan helps organizations identify growth opportunities across the power and energy market through market intelligence, competitive benchmarking, and analysis of energy transition trends to support strategic investment decisions.

Your Transformational Growth Journey Starts Here

Connect with our Power & Energy experts to explore growth opportunities aligned with your electrification, energy transition, and infrastructure growth strategy.