
Smart Grid Market 2025-2030: Market Trends and Strategies
Description
This report provides an in-depth assessment of the Smart Grid landscape; analysing the technological, regulatory and commercial forces that will shape the sector over the next five years. It examines the impact of distributed energy resources, virtual power plants, AI-driven grid intelligence, and cyber security, alongside evolving consumer and prosumer behaviour; highlighting how these trends will drive change across the market.
The study ties emerging challenges directly to strategic recommendations; ensuring vendors and utilities can translate disruption into actionable opportunities. It identifies the partnerships, business models, and technology pathways that will prove most effective, while also providing guidance on how stakeholders can overcome regulatory and operational barriers.
Please note: the online download version of this report is for a global site license.
The study ties emerging challenges directly to strategic recommendations; ensuring vendors and utilities can translate disruption into actionable opportunities. It identifies the partnerships, business models, and technology pathways that will prove most effective, while also providing guidance on how stakeholders can overcome regulatory and operational barriers.
Please note: the online download version of this report is for a global site license.
Table of Contents
62 Pages
- 1. Key Takeaways & Strategic Recommendations
- 1.1 Key Takeaways
- 1.2 Strategic Recommendations
- 2. Market Landscape
- 2.1 Introduction
- 2.2 Defining the Smart Grid
- 2.3 Overview
- 2.3.1 Global Adoption
- Figure 2.1: Regional Breakdown of Smart Meters in Service by 2030
- i. Markets to Watch
- 2.3.2 Financial Outlook
- Figure 2.2: Smart Grid Software Revenue ($m), Split by 8 Key Regions, 2025-2030
- 2.3.3 Impact on Consumers & Utilities
- Figure 2.3: Regional Breakdown of Smart Grid Emissions Cost Savings by 2030
- 2.3.4 Enabling Technologies
- Figure 2.4: Smart Meter SIMs (m), Split by Technology, 2025-2030
- 3. Trends, Challenges & Opportunities
- 3.1 Introduction
- 3.2 Emerging Trends
- 3.2.1 AI-driven Grid Automation & Decision-making
- i. Overview
- ii. Growth in AI-related Smart Grid Patents
- iii. Data Management & Quality
- iv. Energy Consumption of AI Systems
- Figure 3.1: Projected Data Centre Electricity Consumption, 2020-2030 (TWh)
- 3.2.2 Advanced Metering Infrastructure
- i. Overview
- ii. Customer Engagement Features
- iii. Strain from Dynamic Tariffs & Real-time Settlement
- iv. Disparities in Roll-out & Digital Inclusion
- 3.2.3 Distributed Energy Resources
- i. Overview
- ii. Key DERs
- Figure 3.2: Total Energy Saved via Heat Pumps (MWh), Split by 8 Key Regions, 2025-2029
- iii. Advanced Control & Orchestration Platforms
- iv. Data Interoperability
- 3.2.4 Renewable Energy Sources
- i. Overview
- ii. Hybrid Renewable-plus Storage Systems
- Figure 3.3: Total Energy Generated by Renewable Sources (TWh), 2025-2029
- iii. Grid-forming Inverters
- iv. Forecasting & Predictability
- 3.2.5 Virtual Power Plants
- i. Overview
- ii. Sector Coupling
- iii. Cross-border VPPs
- iv. Economic Viability & Business Models
- 3.3 Key Challenges
- 3.3.1 Cyber Security
- i. Overview
- ii. Inconsistent Standards & Protocols
- iii. Zero Trust
- 3.3.2 Regulatory Complexity & Compliance
- i. Overview
- ii. Grid Fragmentation
- iii. Emerging Compliance Tools
- 3.3.3 Data Privacy & Consumer Trust
- i. Overview
- ii. Security Risks
- iii. Maintaining Privacy
- iv. Synthetic Data
- 3.4 Stakeholder Opportunities
- 3.4.1 Utilities & Grid Operators
- i. Invest in Infrastructure & Intelligence
- ii. Champion Data Quality & Governance
- iii. Prioritise Interoperability & Open Standards
- 3.4.2 Technology Providers & Manufacturers
- i. Develop Low-energy, Scalable AI Tools
- ii. Offer Plug and Play Interoperability
- iii. Build Cyber Resilience Into Every Layer
- 3.4.3 Policymakers & Regulators
- i. Mandate Digital Inclusion
- ii. Simplify & Harmonise Regulatory Frameworks
- iii. Incentivise Open Standards and Secure Design
- 3.4.4 Investors & Project Developers
- i. Hybrid Systems & Flexible Assets
- ii. Focus on Enabling Infrastructure
- 4. Country Readiness Index
- 4.1 Introduction
- Figure 4.1: Juniper Research’s 8 Key Regions
- Table 4.2: Juniper Research Smart Grid Country Readiness Index: Scoring Criteria
- Figure 4.3: Juniper Research Country Readiness Index – Smart Grid
- Figure 4.4 Juniper Research Competitive Web – Smart Grid Regional Opportunities
- 4.2 Focus Markets
- Figure 4.5: List of Focus Markets
- 4.2.1 Key Characteristics
- i. High Digital Maturity
- ii. Strong Regulatory Support
- iii. Large-scale Smart Meter Penetration
- iv. Advanced Power Infrastructure
- v. Commercial Viability
- 4.2.2 Markets to Watch
- i. Australia
- ii. China
- iii. Germany
- iv. Japan
- v. South Korea
- vi. UK
- vii. US
- 4.2.3 Strategic Recommendations for Stakeholders
- i. Optimise Existing Infrastructure with Advanced Grid Intelligence
- ii. Enable Cross-sector Integration through Open Standards
- iii. Monetise Flexibility Services & Demand Response
- iv. Advance Consumer-centric Innovations
- v. Strengthen Cyber Security Protocols
- 4.3 Growth Markets
- Figure 4.6: List of Growth Markets
- 4.3.1 Key Characteristics
- i. Rapid Increase in Smart Grid Investment
- ii. Improving Regulatory Landscape
- iii. Emerging Digital Infrastructure
- iv. High Potential for Cost Savings & Efficiency Gains
- v. Strong Long-term Market Outlook
- 4.3.2 Markets to Watch
- i. Malaysia
- ii. Thailand
- iii. Vietnam
- 4.3.3 Strategic Recommendations for Stakeholders
- i. Design Smart Grid Architectures with Future Scalability in Mind
- ii. Accelerate Urban Pilots That Demonstrate Quick Wins
- iii. Work Proactively with Governments to Shape Regulation
- iv. Localise Technology for Infrastructure Gaps & Grid Instability
- v. Develop Capacity-building Partnerships with Local Utilities
- vi. Quantify & Communicate Socioeconomic Impact
- 4.4 Saturated Markets
- Figure 4.7: List of Saturated Markets
- 4.4.1 Key Characteristics
- i. High Smart Meter & Grid Technology Penetration
- ii. Rigid Regulatory Frameworks
- iii. Limited Room for New Entrants
- iv. Focus Shift from Deployment to Performance Optimisation
- v. Growing Pressure Around Consumer Engagement
- 4.4.2 Markets to Watch
- i. Austria
- ii. Finland
- iii. Ireland
- 4.4.3 Strategic Recommendations for Stakeholders
- i. Focus on Grid Intelligence, Not Grid Expansion
- ii. Enable Deep Integration of Distributed Energy Resources
- iii. Offer Lifecycle Services & Platform Upgrades
- iv. Push for Regulatory Innovation
- v. Reframe Value Around Consumer-centric Services
- vi. Invest in Cyber Security Resilience
- 4.5 Developing Markets
- Figure 4.8: List of Developing Markets
- 4.5.1 Key Characteristics
- i. Low Smart Grid & Metering Penetration
- ii. Inconsistent or Undeveloped Policy Frameworks
- iii. Basic Connectivity & Power Infrastructure Constraints
- iv. Significant Electrification & Access Gaps
- v. Untapped Opportunity for Leapfrogging
- 4.5.2 Markets to Watch
- i. Argentina
- ii. Bangladesh
- iii. Egypt
- iv. Kenya
- v. Mexico
- vi. Nigeria
- vii. Pakistan
- viii. South Africa
- ix. Ukraine
- x. United Arab Emirates (UAE)
- 4.5.3 Strategic Recommendations for Stakeholders
- i. Integrate Smart Grid Planning with National Electrification Goals
- ii. Support Policy Development Through Technical Assistance
- iii. Prioritise Decentralised Solutions
- iv. Design for Resilience & Simplicity
- v. Enable Local Workforce Development
- vi. Leverage Development Finance & Blended Investment Models
- 4.6 Regional Heatmaps
- 4.6.1 North America
- 4.6.2 Latin America
- 4.6.3 West Europe
- 4.6.4 Central & East Europe
- 4.6.5 Far East & China
- 4.6.6 Indian Subcontinent
- 4.6.7 Rest of Asia Pacific
- 4.6.8 Africa & Middle East
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