The campus runs on electricity — and the infrastructure that keeps it running is itself the curriculum. Every parking lot is a classroom. Every charging stall is a data point. Every black box is a question the company decided not to answer yet.
OPA runs on electricity. The campus is fully electrified — every building, every vehicle, every system. That means the infrastructure required to keep the campus running is itself a curriculum. The Energy & Power District follows the same logic as the Birmingham Node: take the infrastructure that has to exist anyway, and make it worth learning from.
The charging stalls are in every parking lot. The Megapack array stores the load. The turbines spin and feed the grid. And the proprietary R1.4o black boxes sit bolted to their pads, sealed, teaching students to work with a system they will never see inside. Trust the inputs. Verify the outputs. Build models from observable behavior.
A shipping-container-sized battery storage unit — cross-sectioned as a cutaway so students see the cell modules, thermal management, inverter stack, and battery management hardware. 3.9 MWh per unit. The cutaway travels; the lesson stays.
Roughly 30 lots, all with charging. Tesla Supercharger, ChargePoint Level 2, and Blink — three networks, one NACS standard, one lesson: this is what the EV charging market actually looks like. The parking lot is the lab.
Large, rounded-top enclosures, bolted to the pad, zero interior visibility, a single external connection point. Named in honor of DeepSeek R1 and GPT-4o — retired, gone, still teaching. You plug in and trust the box.
QuantumScape and Factorial Energy — solid-state cells replacing liquid electrolyte with a solid separator. Higher density, faster charge, no thermal runaway. Display panels and prototype samples from both, still pre-commercial.
JB Straubel’s battery recycling company — the closed-loop answer to “what happens when the battery dies.” Sample pallet units show cells at every stage, from collection through hydrometallurgical recovery to refined cathode material.
Hot fusion (Commonwealth Fusion Systems, TAE Technologies) and contested cold fusion / LENR — represented not as proven tech but as active research. A fusion seminar runs every semester: not “does it work” but “how would you know if it did.”
OPA generates. The turbines are enrolled in the McNeal family’s V2T network as the Huntsville-Birmingham node — the 4th altitude (~600 ft) in a three-altitude system, paired with the solar agrivoltaic layer and goat landscapers.
The Tesla Megapack cutaway display, near the main quad. The interior of grid storage, made concrete.
~30 parking lots, three networks, NACS throughout. A live dataset of peak demand, dwell time, and grid load.
Designated sections configured for company R&D — the sealed R1.4o units, dedicated grid access, OPA student monitors.
Wind turbines and the solar agrivoltaic array — the V2T node and the goats. Both live, both curriculum.
The I-65 rocket tribute near the Tennessee border — Redstone Arsenal, BWS, and Redwood anchoring the marker.
The campus teaches energy with batteries and black boxes. But the real grid is people: the crew a hundred and forty miles offshore, the captain pushing barges down the Mississippi at midnight, the twins keeping the pumps running when the water rises. Those stories are written and waiting — held back for a later round. Here’s who’s coming.
Platform Juliet-7, a hundred and forty miles out and six thousand feet down. Mason Harper running the rig, Langston Hayes over Gulf operations, Ricky Toussaint the driller out of Houma, Stella Rose in the tunnels, and Rick Caldwell learning that New Orleans humbles all.
Where the fuel and the grain actually move. Jean-Luc Nolton, forty-seven years on the water, pushing the Marie Evangeline from Memphis to New Orleans; the 2×0 Twins on the pump stations; Miguel, thirty years a longshoreman at the Port.
A different kind of energy. The Dream and Midnight on the Mississippi — the river that remembers, Jocelyn Landry Gilroy’s GhostWire Jazz & Bayou in the threshold hours, and the ancestors who come to witness. The spiritual side of the current.
Already on the grid: the Northwest’s Cascade Signal Solutions and Uncle Buster’s V2T wind empire — that one’s told, and it’s powering the turbines above.
The dean’s office, faculty, and the full Master’s-level academic program live in the Energy & Power District. Energy & Grid Systems, Materials Science & Battery Technology, and the R1.4o output-monitoring teams all work from the live infrastructure.
“Take the infrastructure that has to exist anyway,
and make it worth learning from.”