Deep decarbonization requires deep pockets – trillions required to make the transition
*Please note that this report only includes an Excel data file if this is indicated in "What's included" below
Report summary
Table of contents
- Executive summary
- Introduction
-
Operational challenges associated with RE100 policies
- Feast or famine – coping with intermittency
- Tallying the price of transition – a US example
- Buildout of wind and solar capacity to meet RE100
- Storage investments to backstop intermittency
- Transmission costs
- Cost inflation given supply chain requirements
- Crafting compromises – charting a path forward
- 1. Allow time for new technologies to be commercialized
- 2. Extend time horizons to 2040 or 2050
- 3. Allow for inclusion of zero-carbon technologies
- 4. Reduce mandates from ZC100 to ZC80
- Conclusions
Tables and charts
This report includes 3 images and tables including:
- Figure 1: Hourly wind and solar generation share for select LCPS
- Figure 2: Hourly power prices at varying levels of W+S market penetration
- Figure 3: Transitions costs vs levelized costs of renewables
What's included
This report contains:
Other reports you may be interested in
Decoding Vale’s briquettes: does its green pivot make sense?
Vale’s initiative addresses a critical gap in the market: using fines to make the steel production process environmentally friendly.
$1,050Campbell (Closed) gold mine
A detailed analysis of the Campbell (Closed) gold mine.
$2,250The role of heat pumps in decarbonising European gas demand
Heat pump market growth and its potential in decarbonising residential and commercial demand in Europe
$950