The market has shifted. Solar economics need a new model.
Investor-owned utilities have systematically eroded the value of distributed solar. Meanwhile, Bitcoin mining has matured into a flexible, grid-friendly load actively sought by ISOs. AVL Energy sits at the exact intersection of those two trends.
Market Trends
Solar-powered Bitcoin mining is no longer fringe.
The sustainable-energy share of Bitcoin's hash rate has climbed past 50%. Public miners are actively pursuing renewable-sourced megawatts, and grid operators reward controllable loads that can absorb midday solar surplus.
50%+
Sustainable energy mix in Bitcoin mining (Cambridge CCAF, 2024)
$0.03–0.05
California NEM 3.0 export credit per kWh — down ~75% from NEM 2.0
1.4–2.3×
Value uplift per surplus kWh routed through AVL Energy vs. export
Global
Solar+mining pilots scaling across Texas, Australia, and Africa
Policy headwinds: NEM 3.0 and the regulated grid
California's Net Billing Tariff (NEM 3.0), enacted by the CPUC in 2023, cut export compensation for new residential solar by roughly 75%. Similar net-metering rollbacks are underway in Arizona, Florida, Hawaii, and across the Northeast. Solar owners now face stranded generation that has nowhere profitable to go.
NEM 3.0 (California)
Export credits collapsed from ~30¢ to 3–5¢ per kWh, with payback periods extended from 6 to 10+ years.
Grid export caps
Many utilities now impose interconnection limits, curtailment, or non-export requirements on new systems.
Time-of-use compression
Peak windows have shifted to evenings, devaluing midday solar precisely when production is highest.
Battery-only incentives
Programs like SGIP increasingly favor storage — but storage alone doesn't monetize chronic overproduction.
The utility monopoly squeeze
Investor-owned utilities — the modern descendants of Edison's original electric monopoly — still control transmission, distribution, and retail rates across most U.S. service territories. Their incentive is straightforward: maximize regulated returns on grid infrastructure, not pay homeowners fairly for the clean power they generate.
The result is a structural conflict. Every kWh a homeowner self-generates is a kWh the utility cannot sell — so policy after policy has tilted to recapture that value for shareholders rather than ratepayers.
Concentrated control
PG&E, SCE, and SDG&E serve ~75% of California — and dictate the rate structures that govern solar payback.
Fixed charges rising
Income-graduated fixed charges and minimum bills erode the savings solar owners were promised.
Approval gatekeeping
Interconnection queues, AVL listings, and equipment approvals create friction at every layer.
Asymmetric value
Utilities buy your surplus at wholesale and sell it back at retail — capturing the spread.
The duck curve
Chronic solar overproduction is now a system-wide problem.
CAISO routinely curtails gigawatt-hours of clean solar each month because midday supply exceeds demand. That energy is paid for, generated, and then thrown away. AVL Energy's patent-pending controller monetizes exactly that surplus — at the meter, before it ever hits the grid.
2.6 TWh
Solar curtailed by CAISO in 2023 — enough to power ~240,000 homes for a year.
Negative
Wholesale midday prices now go negative on high-solar days in CA, TX, and AU.
Behind-the-meter
Where AVL Energy operates — capturing value before utility economics apply.
The AVL Energy thesis
Distributed solar is the largest under-monetized energy asset in the world. Bitcoin is the only globally liquid, location-agnostic buyer of interruptible electricity. Connect them with intelligent control and you create a new asset class — privately owned, grid-independent, and price-correlated to a scarce digital commodity.
- Bypasses utility-controlled export economics entirely
- Converts a depreciating credit into an appreciating asset
- Aligns clean generation with the most flexible load on Earth
- Scales from a single home to commercial and utility installations
A defensible position in a $200B+ market.
AVL Energy is positioned for licensing, partnership, or acquisition by exchanges, miners, utilities, and energy platforms ready to own the surplus-solar layer.
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