KEY TOPICS COVERED
ENERGY AND ENERGY STORAGE TECHNOLOGIES
- Power generation (traditional + renewable energy)
- Energy storage technologies
- Nuclear
- Hydrogen storage
CIRCULAR ECONOMY
- Waste utilisation
- Waste collection & transport
- Recycling and waste
- Carbon sequestration
- Carbon trading/offsets
- Emissions control
SUSTAINABLE WATER MANAGEMENT
- Water generation and treatment
- Water recycling systems, desalination plants
- Efficiency increased in water utilisation
- Monitoring and compliance
AI-ENABLED UTILITIES
- Demand management
- AI and machine learning
- Asset tracking and maintenance
- Energy management
- Driving efficiency and customer experience optimisation
INVESTMENTS AND PARTNERSHIPS
- Scale-up funding for innovative clean energy solutions
- Sustainable financing
- Public-Private Partnerships (PPPs)
- Cross-sector alliances
ENERGY EFFICIENT UTILITIES
- Demand response programs
- Industry specific energy efficient production processes
- Efficient appliances
- Energy efficient infrastructure
- Smart grids
- Cogeneration
- Semiconductors
- Sustainable design
- Green buildings
MOBILITY
- EV
- Smart cities
- Charging infrastructure
- Battery technology
Insights Report - The role of smart grids in optimising energy distribution and improving grid resilience
The decentralisation and decarbonisation of the energy system are driving the energy transition, with expected growth in renewables, battery storage, electric vehicles, and heat pumps. The challenge is to integrate bi-directional power and communications as generation and consumption occur at multiple network nodes, necessitating compatible grid technologies and infrastructure.
Produced by Frost & Sullivan