How off-grid solar and satellite-connected roadside units cut deployment costs by 85% across remote mountain passes.
Equipping rural highway corridors with connected vehicle infrastructure often hits a financial wall: trenching electrical power lines along 50 kilometers of mountainous terrain can cost upwards of $200,000 per mile—far exceeding the cost of the computing equipment itself.
V2XStation integrates high-efficiency bifacial monocrystalline solar panels with long-life Lithium Iron Phosphate (LiFePO4) battery packs inside a rugged pole mount. Consuming less than 18 watts in active broadcast mode, the unit operates continuously through five days of unbroken overcast winter conditions. ``` +-----------------------+ Regulated DC Power +-----------------------+ | Monocrystalline Solar | --------------------------------> | Low-Power RSU Core | | & LiFePO4 Battery | 18W Continuous Draw | (NEMA 4X / IP67) | +-----------------------+ +-----------------------+ | v Direct 5.9 GHz Sidelink Continuous 10 Hz BSM / DENM ```
Installed across Swedish alpine corridors, V2XStation units recorded 99.98% operational uptime during sub-zero December blizzards, automatically broadcasting local road temperature and ice warnings to commercial haulers.