Energy Transition
We are assimilating thousands of data points for assessing rapid market changes, company movements, risk evolution and technology shifts in the evolving electric vehicles (EV), batteries and clean Hydrogen spaces.
Challenges for the Energy Transition Sector
The Electric Vehicles (EV) market is projected to grow rapidly, from 2.5 million vehicles in 2023 to 44 million by 2030. Hydrogen, while in low single digits now, is expected to reach 25% of global energy by 2050 according to the Hydrogen Council.
ESG Impact
Equally important is to keep ESG risks such as safety (of used batteries), child and forced labor (for critical materials) and environmental impact in mind. We anticipate value chain evolution with new players coming into the market and the existing market consolidating.
EV Enterprise Viability
We will also see company failures in the next decade. EV and Hydrogen technologies and companies, similar to semiconductors, may also experience trade controls and impact of geopolitical winds.
Solving Problems for this Sector
What are the key success factors important to achieve these goals?
Developing robust and reliable supply chains Via tracking and informing on the operational risks and global sourcing patterns
Ramping production and achieving economies of scale Via monitoring global capacity build and integration
Enhancing consumer perception for higher adoption Via tracking EV sales per region and assessing growth or decline patterns and anomalies
Selecting winning technologies Via tracking and assessing merits and demerits for specific segments
ESG Goals
Gain Complex Insights
EV Risk Intelligence
Our solution tracks ongoing trends and risks surrounding emission regulations, the battery supply chain, and more. Conduct extensive value chain mapping and gather market intelligence for:
- Electric vehicles
- Batteries
- EV charging
- Battery recycling
- Clean hydrogen
