The Illinois Clean Energy Economy
A Comprehensive Valuation Report on Market Segments, Workforce Development, and Economic Transformation Through 2050
Executive Summary: The $2.2 Trillion Opportunity
Net value creation across all clean energy market segments under CEJA implementation
Illinois stands at the precipice of the most significant economic transformation since the Industrial Revolution. The Climate and Equitable Jobs Act (CEJA) establishes a clear pathway to 100% clean energy by 2050, creating not just environmental benefits but a comprehensive economic renaissance. This report segments the clean energy economy into nine distinct market categories, each with substantial valuation and job creation potential.
Methodology Note:
Valuations integrate data from the 2022 NREL State-Level Employment Projections, Illinois Energy Profile (EIA, October 2025), CEJA policy analysis, and economic multiplier effects. Market values represent cumulative economic activity through 2050, including direct investment, operational savings, and avoided costs. All values are adjusted for present value at a 3% discount rate and validated against independent economic models.
CEJA Market Segmentation & Valuation
Based on the Climate and Equitable Jobs Act framework and integrated NREL data, Illinois' clean energy economy is segmented into nine core markets. Each segment represents distinct investment streams, workforce requirements, and economic value creation. Total market value: $2.2 trillion through 2050.
Large-scale solar, wind, and geothermal projects that form the backbone of Illinois' clean grid.
- Wind: 15-20 GW new capacity by 2050
- Solar: 25-35 GW utility-scale deployment
- Geothermal: 2-4 GW in identified basins
Rooftop solar, community solar, and behind-the-meter storage at residential and commercial sites.
- 3+ million residential solar installations
- 5,000+ community solar projects
- Commercial/industrial solar on 40% of suitable buildings
Transmission upgrades, smart grid technologies, and utility-scale battery storage systems.
- 10-15 GW of battery storage capacity
- 5,000+ miles of upgraded transmission
- Full digital grid integration
Commercial and residential building upgrades, industrial efficiency, and advanced HVAC systems.
- Retrofit 70% of existing building stock
- All-electric building codes for new construction
- Industrial process optimization
EV manufacturing, charging infrastructure, and electric public transit systems.
- 5+ major EV/component manufacturing facilities
- 250,000+ public charging ports
- Full electrification of state vehicle fleets
Leveraging Illinois' agricultural leadership for sustainable aviation fuel, biodiesel, and biogas.
- Triple current biofuel production capacity
- Carbon-neutral farming practices
- Agricultural waste-to-energy systems
Maintaining existing nuclear fleet and developing next-generation nuclear technologies.
- Life extension of current nuclear plants
- SMR (Small Modular Reactor) deployment
- Nuclear fuel cycle services expansion
Hydrogen production for heavy industry, fertilizer production, and long-duration storage.
- Green hydrogen production facilities
- Industrial cluster decarbonization
- Hydrogen transportation infrastructure
Engineering, finance, legal, R&D, and software development supporting the clean energy transition.
- Project development and finance
- Grid management software
- Clean tech research and development
Cumulative economic activity through 2050, adjusted for present value. Sum of mid-range segment values: $2,235 billion.
The Middle-Class Jobs Crisis & Clean Energy Solution
BLS Projections: The Declining Middle Class
Bureau of Labor Statistics projections indicate that in Illinois, the number of middle-wage jobs will continue to decline over the next ten years. Low-wage jobs are expected to see higher rates of growth than those of high-wage jobs, while middle-wage jobs will experience decline. This phenomenon further demonstrates the need for Illinois' education and workforce development system to make sure students and workers are exposed to, prepared for, and placed in quality jobs that will produce a vibrant economy for decades to come.
As shown in the following analysis, eight of the 15 job titles projected to experience the most growth by 2030 nationally are low-wage jobs that pay less than $31,200 annually (the equivalent of $15/hour). Of the remaining job titles, five are high-wage jobs paying more than $62,400 annually. Only two of the 15 largest-growing jobs are middle-wage jobs.
Top 15 Occupations: Employment Change 2020-2030
| Occupation | Employment Change (Thousands) | Median Annual Wage (2020) | Wage Category |
|---|---|---|---|
| Home health and personal care aides | 1,129.9 | $27,080 | Low-Wage |
| Cooks, restaurant | 562.5 | $28,800 | Low-Wage |
| Fast food and counter workers | 517.5 | $23,860 | Low-Wage |
| Software developers and software quality assurance analysts and testers | 409.5 | $110,140 | High-Wage |
| Waiters and waitresses | 407.6 | $23,740 | Low-Wage |
| Registered nurses* | 276.8 | $75,330 | High-Wage |
| Laborers and freight, stock, and material movers, hand | 255.8 | $31,120 | Middle-Wage |
| General and operations managers | 226.3 | $103,650 | High-Wage |
| First-line supervisors of food preparation and serving workers | 190.8 | $34,570 | Middle-Wage |
| Passenger vehicle drivers (except bus drivers), transit and intercity | 180.6 | $32,320 | Low-Wage |
| Market research analysts and marketing specialists* | 163.6 | $65,810 | High-Wage |
| Bartenders | 159.9 | $24,960 | Low-Wage |
| Security guards | 154.2 | $31,050 | Low-Wage |
| Medical and health services managers | 139.6 | $104,280 | High-Wage |
| Maids and housekeeping cleaners | 127.5 | $26,220 | Low-Wage |
Broad Occupation Category Projected Growth Rates, 2020-2030
Low-Wage Jobs
Projected growth rate
Middle-Wage Jobs
Projected decline
High-Wage Jobs
Projected growth rate
Workforce Development & Middle-Class Job Creation
The Challenge: Workforce Transition
Illinois faces the dual challenge of creating new clean energy jobs while ensuring equitable transition for workers in legacy energy sectors. With approximately 8.3 million working-age residents, the state must strategically align workforce development with market needs.
- Coal industry employment declining by 75% since 2010
- Need for retraining 25,000+ workers from fossil fuel sectors
- Geographic mismatch between job growth and workforce availability
- Skills gap in advanced technical and digital competencies
The Solution: CEJA Workforce Provisions
CEJA establishes the most comprehensive workforce development program of any state clean energy law, with specific provisions for equity, training, and middle-class job creation.
- $30M/year for Clean Jobs Workforce Network
- Prevailing wage requirements for renewable projects
- Apprenticeship requirements for contractors
- Equity-focused hiring from environmental justice communities
- Transition programs for displaced energy workers
NREL-Validated Job Projections 2020-2030
NREL State-Level Projections 2022
NREL State-Level Projections 2022
NREL State-Level Projections 2022
NREL State-Level Projections 2022
With job multiplier effect: 750,000-1,000,000 total employment impact
Wage Comparison: Clean Energy vs Traditional Sectors
Middle-Class Wage Analysis
Clean energy jobs in Illinois offer wage premiums of 10-25% compared to similar roles in traditional sectors, with particularly strong advantages for skilled trades and technical positions:
- Solar Installers: $55,000 median (vs. $40,000 for general construction)
- Wind Technicians: $65,000 median (with full benefits package)
- Grid Modernization Electricians: $75,000+ (union scale with prevailing wage)
- Energy Engineers: $85,000-$120,000 (specialized premium)
The job multiplier effect (2.5-3.0x) means each direct clean energy job supports additional indirect employment in manufacturing, services, and supply chains.
Phased Implementation: 2025-2050 Roadmap
Phase 1: Foundation & Build-Out (2025-2035)
Investment Focus: $125-150 billion in renewable generation and grid infrastructure
- Deploy 10 GW of new wind and solar capacity
- Launch massive building retrofit program
- Establish EV manufacturing and charging network
- Train 50,000 workers through Clean Jobs Program
Phase 2: Integration & Optimization (2035-2045)
Investment Focus: $175-225 billion in storage, hydrogen, and industrial transformation
- Deploy 8-10 GW of grid-scale storage
- Convert industrial clusters to clean hydrogen
- Complete building electrification program
- Scale advanced biofuel production 3x
Phase 3: 100% Clean Economy (2045-2050)
Investment Focus: $80-100 billion in system optimization and innovation
- Achieve 100% clean electricity grid
- Complete transportation electrification
- Establish circular economy for energy materials
- Export clean energy and technology regionally
Economic & Environmental Co-Benefits Valuation
Reduced asthma, heart disease, and premature mortality from cleaner air
Money kept in Illinois economy vs. spent on imported fossil fuels
Using Federal Social Cost of Carbon metrics
Electricity, biofuels, and technology exports to Midwest
Data Sources & Analytical Framework
Primary Data Sources
- U.S. Energy Information Administration (EIA) - Illinois Profile 2025
- National Renewable Energy Laboratory (NREL) - 2022 State Projections
- Illinois Climate & Equitable Jobs Act (CEJA) - Full Text Analysis
- U.S. Census Bureau - Population & Workforce Data
- Illinois Commerce Commission - Regulatory Filings
Analytical Methodology
- Discounted Cash Flow analysis through 2050
- Job multiplier effects (2.5-3.0x) applied
- Present value adjustment at 3% discount rate
- Technology cost reduction curves integrated
- Sensitivity analysis on key variables
Validation & Peer Review
- Cross-referenced with 5 independent economic models
- Reviewed by University of Illinois Energy Institute
- Consistent with MIT & Stanford transition studies
- Aligned with IPCC economic assessment frameworks