Chapter 01 · Published Research
The Age of Electricity
Why electricity is becoming a larger part of the global energy system — and what that means for generation, grids, flexibility and infrastructure.
Read Chapter 01 →THE GLOBAL
GRID RACE
Building the Power Systems
Behind the Age of Electricity
Behind the Age of Electricity
A global research series examining how electricity demand, generation, transmission, storage, interconnection, supply chains and infrastructure investment are reshaping power systems towards 2030–2050.
DATA INSIGHTS PERSPECTIVE IMPACT
Research Premise
The electricity system is entering a new investment cycle.
Electrification, data centres, industrial expansion, renewable generation, nuclear development, storage and changing demand patterns are placing new requirements on power systems.
But additional generation alone does not create a functioning electricity system. Power must be generated, transmitted, transformed, balanced, stored, controlled and delivered.
THE GLOBAL GRID RACE studies the infrastructure being built — and still required — to make that transition possible.
Research Architecture
Exploring the Global Power-System Buildout
01
Electricity Demand
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Electrification, industrial demand, data centres and the changing geography of electricity consumption.
02
Generation
⌁
Renewables, gas, nuclear, hydro and the generation capacity required to support future demand.
03
Grids & Transmission
♜
Transmission expansion, substations, interconnection, HVDC and network reinforcement.
04
Flexibility & Storage
▣
BESS, pumped storage, demand response and other sources of system flexibility.
05
Supply Chain
⚙
Transformers, switchgear, cables, HVDC equipment and manufacturing constraints.
06
Delivery Capacity
♙
Capital, permitting, engineering capability, construction resources and skilled labour.
A Global Race — With Different Starting Points
Each region faces a distinct combination of demand growth, resource availability, infrastructure requirements and constraints.
Explore Regional Analysis →
Latest Research
Regional Analysis
Europe's Grid Expansion
Upcoming
Infrastructure
Who Will Build It?
Upcoming
Workforce
The Global Skills Race
Upcoming
Scenarios
What Could Break the Age of Electricity Thesis?
UpcomingFrameworks
Data tells us what is changing.
Frameworks help us understand
how the system fits together.
Explore Frameworks →
Data & Visuals
Seeing the Scale of the Transition
Global Electricity
Demand Growth
Demand Growth
Transmission
Investment Requirements
Investment Requirements
Regional Generation
Expansion
Expansion
HVDC Development
Corridors
Corridors
?
Questions Behind the Research
We examine competing perspectives, key uncertainties and the risks that could challenge the “Age of Electricity” thesis.
Read the Key Questions →Research Methodology
A structured approach, from primary data to independent analysis.
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Primary Data→
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InstitutionalResearch
→
⌂
Industry Evidence→
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Cross-RegionalComparison
→
♙
Author Analysis
About the Author
SATHISH KUMAR RAMARAJ
Project Manager | Power & Energy Infrastructure
M.Tech | PMP® | PMI-RMP® | MIET | ICGB™
Sathish Kumar Ramaraj is a power and energy infrastructure professional with experience across high-voltage substation and EPC project environments.
About the Author →Follow the Research
New chapters, regional analyses, frameworks and data visualisations will be published as the research develops.
A MORE CONNECTED WORLD
THROUGH STRONGER POWER SYSTEMS
THROUGH STRONGER POWER SYSTEMS