Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTIAL 9/04/2015.

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Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTI AL 9/04/2015

Transcript of Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTIAL 9/04/2015.

Page 1: Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTIAL 9/04/2015.

Buoyant Airborne TurbineRural Energy, Telecom, Security

CONFIDENTIAL

9/04/2015

Page 2: Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTIAL 9/04/2015.

Video

https://www.youtube.com/watch?v=kldA4nWANA8

Page 3: Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTIAL 9/04/2015.

Highlights

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“High altitude winds have enough energy to power the Earth one hundred

times over.” Dr. Ken Caldeira, Stanford University Carnegie

Institution

Altaeros will provide low cost, flexible power to remote customers by

commercializing the first airborne wind turbine, using proven technology.

Page 4: Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTIAL 9/04/2015.

The Origin of Altaeros

CONFIDENTIAL

Sheila WidnallMIT Aero/Astro

ProfessorFormer Secretary U.S.

Air Force

Ben GlassMIT Aero/Astro Grad

Student

Is there a reliable lifting platform that can deliver low cost renewable power from strong high altitude winds?

Page 5: Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTIAL 9/04/2015.

Aerostats – Tethered Helium Inflatables

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“In modern military use, aerostats are recognized as cost-effective, survivable systems capable of providing enhanced

ISR, communications and force protection capabilities to numerous operational scenarios.”

LTA Vehicle Summary Report, 2012 Office of the Asst. Sec. of Defense for Research and

Engineering

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High Altitude Winds: Powerful and Consistent

350 feet (Tower-Mounted Turbine) 2,000 feet (High Altitude Turbine)

Source: Joby, Archer, Stanford, 2009.

2X Speed8X Power Density

Wind Power Density vs. Height

compared to winds accessible to tower-mounted turbines

30 60 90 120 180 240 300 600 Height [m]

W

ind

Pow

er

Den

sit

y [

W/m

2]

0 4

00 800

1200

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BAT Prototypes Pre-SBIR

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Page 8: Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTIAL 9/04/2015.

SBIRs (2010-2015)

CONFIDENTIAL

Other State-Level R&D Funding

Phase 1 –2011 (applied 5 months after company formed)Phase 2 - 2012

Phase 1 - 2013Phase 2 – 2014-2016

Page 9: Buoyant Airborne Turbine Rural Energy, Telecom, Security CONFIDENTIAL 9/04/2015.

Buoyant Airborne Turbine (BAT)

Consistent, Low Cost Energy • 2-3x higher capacity factor than

solar/wind• 80% lower install cost than wind

Rapid Deployment, Flexible Operation• Containerized transport, one day

setup• Automated controls, passive

stability • Minimal environmental and

noise impact

Non-Energy Services• Internet, cellular, imaging,

sensing

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Tethers

Shell

Ground Station

Turbine

©Valentin Angerer Photographer

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Power Generation• Utility, Government• Mining• Oil & Gas• Construction

Telecommunications• LTE Broadband Services• Broadband Fixed Wireless• Temporary coverage/capacity• Emergency Networks

Security and Sensing• Military• Border Surveillance• Refugee / Post-Disaster• Scientific Monitoring

Applications

CONFIDENTIAL

$17BRemote Power and

Microgrid Market1

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Example: BAT Construction Deployment

11 ©Valentin Angerer Photographer

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Military Applications

•30kW

•ISR payload

•90% lower cost of energy than remote genset

•Rapid deployment, resistant to small arms fire

Expeditionary Bases

•Multiple 200kW units

•Communication and ISR

•Enhanced energy security and cost reduction

•Flexible siting, no permanent footprint

Large Bases

•30-200kW power generation

•ISR Payload

•Containerized, Rapid Deployment

•Expands Current TARS US-Mexico Border Program

Border Security

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SBIR catalyzed over $7M in commercialization funds

$730K cost shareAlaska Energy AuthorityFairbanks Demonstration

Project

CONFIDENTIAL

$7M+Corporate Series A Venture

Funding

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