What if Grid-forming inverters solve renewables stability, unlock more clean MW?
Wide deployment of grid-forming inverters provides synthetic inertia and stability, removing a key barrier to high-renewables penetration and unlocking more clean capacity on weak grids.
Every number ships with its receipt — the odds, the range, the precedents, and a public grade at Reality Check. The statistical machinery that produces it is proprietary.
The butterfly cascade
How this trigger trickles across markets, left → right — the root shock, its first‑order moves, then the ripple effects. Drag any node; tap a market for its real price history.
Resolution timeline — how this probability is moving
Our model's odds (electric blue) over time vs the market's (Polymarket, amber), from the past toward the 6–18 months horizon. Each dot is a real macro event that nudged the probability — green pushed it up, red pushed it down. Tap a dot for the source. Loading the probability audit trail…
What it would mean
If this plays out, it is a risk-on shock. Wide deployment of grid-forming inverters provides synthetic inertia and stability, removing a key barrier to high-renewables penetration and unlocking more clean capacity on weak grids. The trigger decomposes into signed root‑shocks — Clean-energy abundance ▲ · Industrial demand ▲ · Risk appetite ▲ · Scientific breakthrough ▲ — which propagate through our causal graph to the markets below.