1. Agriculture Applications: Greenhouses
This Vroom 3000 install in Pierce City, Missouri, showcases exactly where the future of energy is heading—a shed + greenhouse hybrid powered by circuit-level intelligence.
Concept Graphic
Real deployment. Real use case. Real market pull.
What’s happening here:
* Tools in the shed powered directly
* Greenhouse fans and irrigation fully automated
* Solar energy routed in real time to where it’s needed most
No net metering required.
No complex interconnection.
No oversized battery systems.
This is the shift:
From centralized infrastructure → customer-controlled, behind-the-meter intelligence
Vroom Power delivers:
⚡ Lower install costs (no utility dependency)
⚡ Higher efficiency (solar → load first)
⚡ Immediate ROI through energy savings and resiliency
⚡ Scalable applications across agriculture, contractors, and distributed infrastructure
This isn’t a concept any longer…
This is deployed technology redefining how energy is generated, managed, and consumed.
Power that thinks.
2. Contractors: Trailers and Job Sites
How Much Power Does an Electric Lawn Care Crew Actually Use? ⚡🌱
One of the most common questions we get from lawn care professionals moving to electric equipment is:
👉 “How much power do I really need per day?”
Here’s what we’re seeing in the field:
🔹 Crew of 2 (electric mowers, trimmers, blowers)
≈ 6 kWh per day
🔹 Crew of 4 (electric mowers, trimmers, blowers)
≈ 10–12 kWh per day
Now let’s translate that into mobile solar + Vroom Power:
☀️ 1,800W of solar on a trailer
Produces ~7.5 kWh/day on average
➡️ Perfect for a 2-person crew
➡️ Offsets 1.1–1.9 gallons of gas per day
☀️ 2,400W of solar on a trailer
Produces ~10 kWh/day on average
➡️ Ideal for a 4-person crew
➡️ Offsets 1.4–2.5 gallons of gas per day
That’s:
✔ No fuel runs
✔ No engine maintenance
✔ No noise
✔ Lower daily operating cost
✔ And a cleaner brand for your business
With Vroom Power, solar becomes predictable, dispatchable power — not just panels on a trailer. We’re making electric lawn care scalable, profitable, and simple… with a real ROI.
3. EV Lawn Care and Robotic Mowers
More VS3000™ Applications
-
Contractors
Job site trailer/office
Job site tool-charging station
Lawn/Landscaping contractors (14×7 Trailer) Application Brief)
Lawn/Landscaping contractors (20×8 Trailer) Application Brief
Home contractors
Power washing
The Vroom Power VS3000 system is perfect for cycle charging items that have their own batteries thus removing the need for a central battery and delivering solar power to where it is needed.
-
Home
Back-up power
EV carport charger
Pool pump/Pool equipment
Tiny home power
Charging lawn equipment
Hunting cabin
Boat dock power
-
Farms and Greenhouses
Aeroponic Grow-Towers (2-min video)
Greenhouse with fans (1-min video)
Farm Outbuildings/Barn Power
Water tank for cattle
Irrigation system
EV truck charging
EV tractor charging
Repurposed cargo container garage
-
Recreation
Robotic Mower Charging
Boat dock power & EV boat charging
EV utility vehicle charging
EV snowmobile charging
Ebike charging
Charging station rock climbing or sand pit
-
Natural Disasters
Mobile office
Charging at safe shelter
Emergency communications tower
Business power from trailer to power equipment
-
EVs
Truck towing trailer
Hiking EV charging station
EV box truck
EV race car charging
Box truck powering reefer
EV motorcycle charging
-
Underserved Areas
Schools
Community Greenhouse (Fans & Irrigation)
Community water tank and shelter
Community charging station & WiFi
-
Military
Base camp power communications tower
Shipping container bunks
Military EVs along border patrol
-
Aeroponics
Powering water pumps for Vertical Aeroponic Technology (grow towers)