Example deployments
Three sites, sized end to end.
Every card is labeled an example. No client names, no invented results.
- 3example sites
- 1–3 MWper site
- 7 daysto first chargeConfirm
MegaWatts publishes labeled example configurations so fleet buyers can see how a megawatt-scale mobile charging site is sized: a 200-truck drayage yard, a 400-robotaxi depot and a 5,000-unit OEM port lot, each with blocks, dispensers, daily energy, footprint and days-to-live from the same calculator used in every Site Power Plan.
Example · MegaWatts Heavy
200-truck drayage yard
200 Class 8 electric drayage trucks, 10-hour overnight window, utility upgrade quoted at 24+ months.
Port-adjacent yard, Southern California (example)
Recommended configuration
200-truck drayage yard
1 · Vehicles
200
600 kWh pack · 10 hr window
2 · Energy per day
70,000 kWh
350 kWh per vehicle
3 · Power required
7.6 MW
at 92% charger efficiency
4 · Power blocks
8 × 1 MW blockConfirm
8 MW installed
5 · Dispensers
25
350 kW each · 1.1 hr session
6 · Footprint
9,000 sq ftConfirm
blocks + dispenser lanes
7 · Days to live
19Confirm
from signed site plan
Example configuration, not a case study. Sized with the public calculator.
Get a Site Power Plan- Trucks queue by return time; two dispenser lanes stay open for daytime top-ups.
- Blocks parallel on a shared DC bus; add blocks as the fleet grows.
- MCS dispensers swap in when trucks with MCS inlets arrive.
Example · MegaWatts Autonomous
400-robotaxi depot
400 robotaxis, staggered 20-hour charge demand, vehicles cannot plug themselves in, depot leased with no service upgrade allowed.
Urban depot, 24/7 operation (example)
Recommended configuration
400-robotaxi depot
1 · Vehicles
400
80 kWh pack · 20 hr window
2 · Energy per day
22,400 kWh
56 kWh per vehicle
3 · Power required
1.2 MW
at 92% charger efficiency
4 · Power blocks
2 × 700 kW blockConfirm
1.4 MW installed
5 · Dispensers
12
150 kW each · 0.4 hr session
6 · Footprint
2,640 sq ftConfirm
blocks + dispenser lanes
7 · Days to live
7Confirm
from signed site plan
Example configuration, not a case study. Sized with the public calculator.
Get a Site Power Plan- Ports arranged for attendant-assisted plug-in with a wireless or robotic upgrade path.
- Relocatable: if the depot moves, the blocks move.
- NOC telemetry feeds the fleet operator's dispatch system via OCPP 2.0.1.
Example · MegaWatts Lot
5,000-unit OEM port lot
5,000 new EVs arriving at 10–20% state of charge; every unit must ship at 70%+ within 16 hours of processing.
Import port vehicle processing center (example)
Recommended configuration
5,000-unit OEM port lot
1 · Vehicles
2,000
90 kWh pack · 16 hr window
2 · Energy per day
90,000 kWh
45 kWh per vehicle
3 · Power required
6.1 MW
at 92% charger efficiency
4 · Power blocks
7 × 1 MW blockConfirm
7 MW installed
5 · Dispensers
61
150 kW each · 0.3 hr session
6 · Footprint
12,570 sq ftConfirm
blocks + dispenser lanes
7 · Days to live
17Confirm
from signed site plan
Example configuration, not a case study. Sized with the public calculator.
Get a Site Power Plan- Sized for 2,000 units charged per day across a 5,000-unit lot.
- Dispensers on lane carts so lot layout stays flexible.
- Per-unit SOC report exported to the OEM's logistics system.
FAQ
About these examples.
Are these real customer sites?
No. They are labeled example configurations sized with the same calculator on this site. Real case studies replace them as deployments go live, with customer consent.
Why publish examples at all?
So a fleet VP can see what a megawatt site looks like in blocks, dispensers and days before requesting a plan.
Can we get one for our site?
That is the Site Power Plan: the same numbers, measured for your site, in 48 hours.
Start here
Get your site sized the same way.
kW, kWh, blocks, layout and days-to-live for your site. Free, whether or not you buy. Three fields to start.
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