California’s Blueprint: Clean Energy and Water for Prosperity

 


California’s Blueprint: Clean Energy and Water for Prosperity

A Vision for California’s Future: Affordable Energy and Secure Water Supply California’s high standard of living and high-tech leadership depend on abundant, reliable, and affordable energy (20–24 cents/kWh) and secure water resources. As the state transitions to 8 million electric vehicles (EVs), electrified rail, and 6.75 million all-electric homes by 2035, the next governor must deliver clean, 24/7/365 electricity and sustainable water supplies. This vision is achievable through Small Modular Reactors (SMRs), hydropower, renewables, and the voter-approved Proposition 1 (2014 Water Bond), but it requires overcoming regulatory delays, utility profiteering, and Bay Area sewage mismanagement. Here’s a concise plan, grounded in data from the California Energy Commission (CEC), California Independent System Operator (CAISO), and Department of Water Resources (DWR).Energy Needs by 2035

  • Current (2024): Baseload 20,000–22,000 MW; summer peak 37,000–38,000 MW (52,061 MW record, 2022); winter peak 30,000–31,000 MW; annual generation 287,000 GWh (32,760 MW average, per CAISO).

  • 2035 Projections:

    • Baseload: 27,500–31,850 MW, up 40–50% due to EVs (2,740–3,650 MW), all-electric homes (3,080–4,620 MW), rail (100 MW), and data centers (2,300–4,900 MW, per CARB/CEC).

    • Peaks: Summer 60,000–65,000 MW (cooling/EVs); winter 40,000–45,000 MW (heating); spring/fall 35,000–40,000 MW.

    • Total Demand: 402,000–430,000 GWh/year (45,900–49,100 MW average).

Energy Solutions: SMRs, Hydropower, RenewablesCalifornia’s world-leading efficiency—flat or declining per-household electricity use over 20 years—reduces the need for excessive new plants. A balanced mix ensures reliability and affordability:

  • SMRs: 33–36 units (6,600–7,200 MW, 6–10 cents/kWh, per IAEA 2024) cover 20–25% of baseload, replacing gas (35% of 2024 mix, 7–15 cents/kWh) for 24/7 reliability.

  • Traditional Hydropower: 12,000–14,000 MW (4–8 cents/kWh, 14% of 2024 electricity) provides 40–50% of baseload. Proposition 1 projects (e.g., Sites Reservoir, 1.5 million acre-feet, ~500 MW) add 500–1,000 MW, though droughts cut output to ~8,000 MW.

  • Low-Level Pumped Storage (PSH): 1,000–2,000 MW (5–10 cents/kWh) at Proposition 1 sites (e.g., Del Puerto, 70,000 acre-feet) handles 20–30% of summer peaks, stores water, and creates habitats. Scalable to 10,000 MW (per CEC SB 100).

  • Renewables: Solar/wind/geothermal (20,000 MW, 3–6 cents/kWh) with batteries (15,000 MW, 10–15 cents/kWh) manage daytime loads and peaks.

  • Alternative Path: Without SMRs, renewables with expanded PSH (10,000 MW) and batteries (20,000 MW) can meet demand, leveraging Proposition 1 storage to stabilize hydro output.

  • Blended Cost: ~8–12 cents/kWh (excluding grid fees) supports 20–24 cents/kWh retail with utility reforms (IOU ROE cut to 7–8% from 10.2–11%, per CPUC).

Proposition 1: Water-Energy SynergyProposition 1 ($7.545 billion) secures water for agriculture ($50 billion/year), cities (39 million residents), and tech (10 million gallons/day for chip plants), enhancing hydropower.

  • Projects: Sites Reservoir (~500 MW) and Del Puerto (20–50 MW PSH) add power and save ~1,000 GWh/year in pumping (19% of current electricity).

  • Delays: $1.7 billion unallocated due to CEQA lawsuits (2–5 years) and Bay Area priorities (e.g., Delta outflows, 1–2 million acre-feet/year, per SWRCB). Only $3.2 billion of $5.8 billion allocated is spent (per DWR).

  • Co-Benefits: PSH creates fish/bird habitats, addressing environmental concerns.

Challenges

  • Reliability: Overreliance on variable renewables risks shortages (e.g., 2022’s 52,061 MW peak).

  • Regulatory Barriers: CEQA and Nuclear Regulatory Commission delays threaten SMRs and Proposition 1 projects.

  • Bay Area Sewage: 1.2 billion gallons of untreated sewage annually (per EPA, 2024) diverts $10 billion from energy/water projects, raising rates and eroding trust.

  • Utility Profiteering: IOUs’ 10.2–11% ROE inflates rates by 1–2 cents/kWh; $500M/year in unspent wildfire funds (per CPUC) could fund SMRs/PSH.

Learn from Governance Solutions, Drawing from DeSantis (Florida) and Milei (Argentina):

  • CEQA Reform: Cap reviews at 1 year, saving $100M/project (like Florida’s 2023 Permitting Act).

  • Utility Reform: Cut IOU ROE to 7–8%, saving 1–2 cents/kWh. Redirect $500M/year in wildfire funds to SMRs/PSH.

  • Proposition 1: Allocate $1 billion unspent funds by 2026 for Sites/Del Puerto. Veto Bay Area-centric policies.

  • Sewage Fix: Mandate SFPUC to use $5 billion in federal loans (e.g., EPA’s WIFIA) for wastewater upgrades.

  • Public Advocacy: Use X to expose IOU profiteering, sewage spills, and Proposition 1 delays, rallying support.

Recommendations

  1. Deploy SMRs: Partner with DOE for 10 SMRs by 2030, scaling to 33–36 by 2035 (~$20 billion).

  2. Expand Hydropower: Prioritize $1 billion of Proposition 1 for Sites (500 MW) and Del Puerto (20–50 MW PSH) by 2030.

  3. Scale Renewables: Triple batteries (15,000 MW) and geothermal (3,000 MW). Shift 50% of EV charging to off-peak.

  4. Push Reforms: Streamline CEQA, cap IOU ROE, audit wildfire funds, and use X to drive public support.

Conclusion, California can sustain its prosperity with clean, reliable energy at 20–24 cents/kWh and secure water supplies by 2035. SMRs, hydropower, and renewables—or renewables with enhanced PSH—meet rising demand while Proposition 1 supports agriculture, cities, and tech. Lean governance and public advocacy will overcome delays, sewage issues, and utility profiteering, ensuring California remains a global leader in innovation and sustainability.

 

Curtis Neil. July 25th. 2025


 
Supporting SourcesFor readers interested in verifying data, exploring projections, or forming their own opinions, here are reliable primary sources:



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