LEG A · SURFACEGRID
Independent nodes on unused surfaces
Fast to deploy. Measurable from day one. Each node can grow toward storage and molecule production.
SELECT
Choose a path
Unused water. Or unused solar power. Both become local energy assets.
← SURFACE SOLAR FARM →
PATH · SURFACE
Unused water
Ponds. Marinas. Quarries. Farm basins.
SURFACE NODE
A modular floating node for idle water.
We scan the site. Then we model a small deployable energy node with live data and a later path to storage and molecules.
- 01 Site scan and access check
- 02 Useful local power
- 03 Live telemetry
- 04 Expansion rights
PATH · SOLAR FARM
Unused power
Curtailment. Low-value hours. Surplus.
E2M UPGRADE
When the grid does not want the electricity.
We audit stranded megawatt-hours. Then we outline a low-risk path from unused power to hydrogen, ammonia, or process heat.
- 01 Curtailment and price exposure
- 02 Seasonal surplus first
- 03 Molecule or heat pathway
- 04 Pilot proposal
SYSTEM
Two legs. One deployment layer.
SurfaceGrid E2M turns stranded renewable energy into local power and later into strategic molecules. The first product is a paid pilot. The long path is infrastructure.
LEG B · E2M UPGRADE
Molecule path for existing solar farms
Capture electricity the grid cannot take. Start with a site audit. Then run a seasonal pilot.
TARGET HARDWARE
Product stills. Not a brochure render farm.
These images show the intended hardware language: steel, carbon, water, and dry solar ground. The first field unit is a small proof node.
METHOD
How a founding pilot starts
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01
Short call
We confirm site control, the buyer type, and whether a pilot can create value.
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02
Scan or audit
Surface sites get a scan. Solar farms get a review of curtailment and low-value hours.
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03
Pilot proposal
You receive a written path, a cost range, and an option for later expansion.
FOUNDING PILOTS
Tell us which path to open
A paid pilot is the goal. Willingness to pay is part of the test. We reply if the site looks useful.