After several years of rapid progress in energy transition, the global power industry is entering a phase where growth depends not only on renewable expansion but on delivering more reliable, flexible, and scalable power systems. The debate is no longer about whether solar, storage, and distributed energy will shape the future. The real question is how quickly grids, generation fleets, and supporting infrastructure can evolve to meet rising electricity demand while keeping the system stable.
These realities framed Frost & Sullivan’s recent Webinar, “Growth Opportunities in the Global Power Industry: The Next Growth Frontiers in Power Generation and Distributed Energy,” where industry leaders discussed the forces reshaping the power ecosystem and the strategies companies can use to scale growth in the years ahead.
The session brought together the following Growth Experts:
Jonathan Robinson
Growth Expert and Associate Partner, Energy at
Frost & Sullivan
Lucrecia Gomez
Growth Expert and Research Director, Energy at
Frost & Sullivan
Click here to access the discussion’s recording.
Additionally, click here to explore emerging opportunities in the power and energy industry.
During the webinar, the panelists focused on practical growth levers and the constraints likely to shape competitive success across the power and energy ecosystem. Here are the highlights:
Data Centers Are Reshaping Global Electricity Demand
Data centers are becoming one of the biggest forces behind rising electricity demand worldwide. As AI, cloud platforms, and digital services scale, their energy footprint is climbing just as fast. This surge in demand is already influencing how utilities plan new generation capacity and grid infrastructure.
Several signals quantify the size of this shift:
- Investment is surging: Global data center investment is projected to reach roughly $1.5 trillion by 2035. This underscores how fast digital infrastructure is expanding and how much capital is being invested.
- Workloads are heavier: High-performance computing and AI applications are increasing power demand while placing greater pressure on cooling systems.
- On‑site strategies are rising: To cut interconnection delays and protect uptime, many operators are evaluating behind‑the‑meter blends that pair gas turbines with renewables and storage. This creates a more flexible and resilient power architecture.
Renewable Growth Continues, but System Flexibility Is Becoming Critical
Renewable energy is expanding across global power systems, with solar leading new capacity additions in many regions. As penetration rises, keeping the grid stable gets more complex, which puts pressure on flexibility and smart integration.
Key developments include:
- Solar continues to lead capacity additions: Falling costs and strong deployment across major economies are expanding installations worldwide.
- Hybrid energy systems are gaining traction: Utilities are increasingly pairing renewables with battery storage and flexible generation to manage variability.
- Gas remains a stabilizing resource: Even as renewable capacity grows, gas‑fired plants remain important during periods when solar or wind output drops.
As renewable capacity expands, the focus is shifting from simply adding generation to building power systems that are more flexible and resilient.
Energy Storage Is Scaling Across the Power Ecosystem
Energy storage has moved from niche grid support to a core part of modern power systems. As renewables grow, storage balances supply and demand, trims peak costs, and lifts grid reliability.
Three shifts stand out:
- Investment is rising fast: Global storage investment is set to reach nearly $400 billion by 2035, up sharply from 2025 levels.
- Durations are getting longer: Modern solutions increasingly store power for multiple hours, smoothing renewable intermittency.
- Deployment is broadening: Storage is expanding across utility‑scale, commercial and industrial, and residential settings, enabling more flexible, resilient energy delivery.
Global Power Ecosystem – At a Glance
- Key growth enablers: Rising electricity demand from data centers, renewables expansion, and adoption of energy storage and hybrid power systems
- Core challenges: Grid capacity limits, regulatory uncertainty, and supply chain pressures
- Investment focus: Grid modernization, large-scale energy storage, and flexible energy systems
Click here to explore emerging opportunities across the global power ecosystem
Grid Capacity Constraints Are Slowing Power System Expansion
Renewables and storage are scaling quickly, but the grid is struggling to keep pace with demand and new capacity. Transmission limits, interconnection queues, and permitting hurdles make it harder to bring projects online.
What’s changing now:
- In many regions, delays in grid connections are slowing the deployment of new renewables and generation projects.
- Utilities are increasing transmission and distribution investment to meet growing demand and integrate distributed energy resources.
- Grid operators are placing more emphasis on stability as variable power flows rise with higher renewable penetration.
If these constraints are not addressed, integrating new capacity and meeting future demand will get tougher and more expensive.
Grid Enhancing Technologies Are Unlocking More Capacity from Existing Networks
Alongside traditional grid expansion, utilities are turning to Grid Enhancing Technologies (GETs) that boost the performance of existing transmission lines. These GETs help increase capacity, improve efficiency, and ease congestion thereby eliminating the need to build entirely new transmission lines.
Key technologies highlighted in the webinar:
- Dynamic Line Rating (DLR): Real‑time sensors let operators safely increase line ratings based on weather and operating conditions.
- Power‑flow control: These systems redirect power from congested paths to underused ones, improving overall utilization.
- Advanced conductors and reconductoring: Replacing traditional aluminum or steel conductors with higher‑capacity materials can significantly increase the power carried by the same infrastructure.
As distributed energy and renewables grow, these technologies give utilities more flexibility and help them get more from existing assets.
Don’t Stop Here
The Growth Webinar also dives into the key shifts that will shape the global power industry over the next decade:
- How will surging electricity demand from AI and data centers drive new investment in power infrastructure?
- Which hybrid generation models are set to define the next generation of power plants?
- How will energy storage and advanced grid technologies enable seamless integration of large-scale renewables?
Expert’s Corner
The power sector has entered a trillion‑dollar investment cycle—where renewables scale fast, but reliability and flexibility define who wins.
Jonathan Robinson
Growth Expert & Associate Partner,
Frost & Sullivan
Watch the free on-demand recording of the Growth Webinar, click here.
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