One tower. Four ways to win a market.
SolarJack is configured for four verticals from the same core structure. Each market leads with the segment its local incentives reward most.
Dual-use land
Crops and grazing continue beneath the array, so farmland keeps producing food and energy. The vertical footprint unlocks agri-PV on land that horizontal panels would take out of production.
Best fit: land-constrained markets — Israel, GermanySpace-constrained commercial power
Commercial and industrial sites often lack the acreage for conventional ground-mount. SolarJack delivers utility-grade output on a fraction of the footprint, close to the load.
Best fit: USA / Florida — ITC 30–60%, hurricane-grade demandEnergy beyond the grid
Standalone power for mines, farms, telecom towers and remote communities — markets where the avoided cost of diesel or grid extension is highest. Flat output means smaller batteries.
Best fit: Australia — AUD 0.40–1.20/kWh avoided cost, ARENA grantsHighway & fleet charging
Solar-canopy charging integrated into the tower structure — no separate build. Off-grid EV charging for corridors the grid doesn’t reach, riding mandated buildout and subsidy.
Best fit: highway corridors — NEVI (US), AFIR (EU), remote AUOff-grid highway EV charging
A 50-tower array — two rows of 25 at 18 m spacing along roughly 550 m of highway corridor — delivers grid-free fast charging where no viable alternative exists.
Total daily capacity from 50 towers
Vehicles charged per day
Grid connection required
Applicable to remote corridors such as the Stuart, Nullarbor and Barkly highways (Australia) and the desert South-West (USA). Figures are indicative; site simulation refines them.
One hero vertical per market
Don’t sell all four verticals everywhere. Lead each market with the segment its local incentives reward most — focus wins deployments faster.
| Market | Lead vertical | The local driver |
|---|---|---|
| Israel | Agrivoltaics + storage | Land-constrained; 30% renewable target; $840M storage tenders |
| USA / Florida | C&I + EV + resilience | ITC 30–60%; NEVI highway fund; hurricane-grade demand |
| Australia | Off-grid / remote | High avoided cost (AUD 0.40–1.20/kWh); ARENA grants |
| Europe / Germany | Agrivoltaics + highway EV | RED III 42.5%; AFIR 150 kW every 60 km; agri-PV land edge |
Which vertical fits your market?
Tell us your territory and we’ll map the segments and incentives with you.