Novel low-profile wind turbines using an oval track design at 82 ft tall -- 70% cheaper than conventional wind, works in restricted airspace.
Airloom Energy builds a fundamentally different wind turbine. Instead of a tall tower with spinning blades, Airloom uses an oval track system -- lightweight wings travel around a racetrack-shaped rail at ground level, capturing wind energy at a fraction of the cost, height, and complexity of conventional turbines. 1 MW per unit, 40 wings, ~400m oval, 25m (82 ft) above ground level vs. 100m (328 ft) for conventional turbines.
Wings are mounted on a continuous cable loop that travels around an oval track supported by short poles. As wind pushes the wings, they drive a generator at the track's anchor point. The system is modular -- each unit is 1 MW, and multiple units can be arrayed to scale to any capacity. No tower, no nacelle, no massive foundation, no crane. Components ship in standard containers.
82 ft tall vs. 328 ft for conventional turbines -- works in restricted airspace (military bases, airports, urban areas). No big cranes needed for installation. Ships in standard shipping containers. Modular and mass-manufacturable. Targeting USD 13/MWh LCOE -- ~70% cheaper than conventional wind. Works at lower wind speeds (5-7 m/s vs 8+ m/s for conventional). 957,000 km2 of US land where ONLY Airloom can operate due to height restrictions. Complementary land use -- grazing/solar inside the oval. Lower visual impact reduces NIMBY opposition.
TRL 5-6 -- Pilot underway near Rock River, Wyoming. Commercial demonstrations planned for 2027. Backed by Bill Gates/Breakthrough Energy Ventures and Lowercarbon Capital (Chris Sacca).
Data centers are desperate for new power. JP Morgan estimates data centers account for 2/3 of projected US load growth. Grid interconnection queues average 50+ months with under 20% completion rates for wind projects. Microsoft is paying USD 110-130/MWh for nuclear restart -- 2x national average. Airloom targets USD 13/MWh and can deploy near the load without major grid upgrades. 38% of data centers plan onsite generation by 2030.
On-site or near-site power for data center campuses (especially in height-restricted zones near airports). Behind-the-meter generation bypassing grid queue bottlenecks. Complementary power paired with solar+storage (wind at night when solar is off). Remote/edge data center power. Military data centers on bases with airspace restrictions.
Modular 1 MW units arrayed to match load. Standard electrical interconnect. No foundation excavation -- minimal site prep. Can co-locate with solar inside the oval track. 18-month deployment timeline vs. 3-7 years for gas turbines or 5+ years for grid queue. Compatible with battery storage for firming.
Target LCOE of USD 13/MWh -- vs. USD 40-50/MWh for conventional wind PPAs, USD 50+/MWh for solar+storage, USD 110-130/MWh for nuclear restart (Microsoft/TMI). No crane rental (USD 50-100K per mobilization avoided). Container shipping eliminates specialized transport. Lower capital cost per MW due to less material (no tower, no massive foundation). EUR 3,500/kW for sub-10MW projects, EUR 3,000/kW at 100+ MW scale.
Global onshore wind market: USD 100B+ annually. US military energy: USD 4.2B. Data center power infrastructure: USD 45B. Height-restricted zones represent 957,000 km2 where conventional wind cannot operate -- Airloom's exclusive addressable market.
Conventional onshore wind (Vestas, GE, Siemens Gamesa -- 328 ft towers, big cranes, long supply chains). Offshore wind (extremely expensive, USD 70-100/MWh). Solar+storage (intermittent, large footprint). Natural gas combined cycle (USD 1,200-2,500/kW, 3-7 year delivery). Small modular nuclear (no SMR under construction in US, 200%+ cost overruns historically). Diesel generators (expensive fuel, emissions).
No direct competitor builds track-based wind at this scale. Windlift (airborne wind) is R&D stage. Uprise Energy (portable turbine) is much smaller scale. Sandia D3T is lab research. Airloom is the only funded, pilot-stage alternative wind architecture. Breakthrough Energy Ventures backing provides validation that conventional VC wind investments do not receive.
US power demand growing for first time in 20 years (data centers, EVs, electrification). JP Morgan: conventional wind improvements via larger blades/higher towers are approaching physical limits. Grid queue completion rate just 19% for wind. Trump tariffs hit power equipment imports hard (no exclusions). IRA/PTC subsidies being cut -- but Airloom's cost advantage survives subsidy loss. DoD mandating 25% renewable by 2025, 50% by 2030.
VP of Energy Procurement (data center operators seeking new power). Base Energy Manager (military installations with height restrictions). Director of Renewable Development (utilities in low-wind-speed states). VP of Sustainability (corporations with net-zero commitments). Chief Operating Officer (industrial facilities needing captive power).
Data centers: Microsoft, Google, Amazon, Meta, Oracle (OpenAI partner needing 30.5 GW). Military: US Air Force (airfield restrictions), US Navy (coastal bases), NATO bases (Souda Bay, Larissa, Araxos). Utilities: Xcel Energy (MN RFP, NM territory), PJM utilities (67 GW DC capacity). Industrial: Monarch Energy, mining operations, island communities.
CERAWeek energy transition and power sessions. DCD-NY data center power procurement panels. WINDPOWER conference. Military energy conferences (ESTCP, AEEE). State utility RFP processes.
Grengine (wind + cyber-secure battery storage = resilient microgrid). TAURiON (wind + sodium-ion storage, zero Chinese supply chain). CALYOS (Airloom powers the DC, CALYOS cools it passively). Exonetik (wind primary + fuel-flexible turbogenerator backup). LUX Industries (wind-powered hydrogen production).
Battery storage companies (Tesla, Fluence, ESS). Solar developers (for hybrid wind+solar). Grid developers (for transmission-connected projects). Data center operators (Microsoft, Google, Amazon). Military primes (Lockheed Martin, Northrop Grumman for base energy).
Airloom + Grengine = wind-powered, cyber-secure military microgrid. Airloom + TAURiON = fully sovereign energy system (no Chinese supply chain). Airloom + CALYOS = zero-carbon, maintenance-free edge data center. Airloom + LUX = wind-to-hydrogen for fuel cell backup. Airloom + Exonetik = wind primary + fuel-flexible dispatchable backup.