M I C R O M O D U L A R R E A C T O R
P O W E R I N G C L E A N E N E R G Y T O P R O P E L H U M A N K I N D
C O N S T R U C T I O N P E R M I T 2 0 2 7
C O M M E R C I A L D E P L O Y M E N T 2 0 2 8
Planned Dates, Subject to USNRC Approval
S O L O 2 0 2 8
The World’s First Micro Modular Nuclear Reactor
commercially deployable anywhere globally within
the next three years
Conceptualized in 2018 and engineered over the last seven years by experienced professionals working in the nuclear safety, licensing, innovation, and R&D fields, SOLO offers a unique and readily marketable solution to the global energy needs.
SMR™: SOLO MICRO-MODULAR REACTOR
Unique Competitive
Advantages
SUSTAINABLY ADDRESSING GLOBAL ELECTRICITY DEMAND
50%
Increase of Global Energy Demand by 2025
4°C
Estimated Global Average Temperature Rise (21 Century)
Capitalizing on growing market demand for low carbon cost competitive and reliable electricity generation while positioning Terra Innovatum as a leader in the global energy transition with cutting-edge micro-modular reactor technology.
BREAKTHROUGH MODULAR DESIGN
10x10m Cube
Minimal Footprint
No
Emergency Zone Area
Small form factor addresses diverse end-markets including data-centers, rural, mining, defense, healthcare, desalination, space, and more offering a scalable and adaptable energy solution tailored to the unique needs of each sector.
ATTRACTIVE UNIT ECONOMICS
$0.07/kWh
Levelized Cost of Electricity (LCOE)(1)
15/45 Years
Refueling Intervals
SOLO operates at continuous full-power for 15 years without refueling utilizing standard LEU (4.95%) fuel. Optional core-swap can extend the power cycle to 45 years utilizing HALEU fuel to maximize the energy output while minimizing the levelized cost of energy (LCOE).
(1) Levelized cost of energy, which is defined as the average cost per kilowatt hour of electricity produced over the life of the SOLO reactor. Calculated by taking the sum of all costs like initial capital investment, operation and maintenance and fuel costs, and dividing by the expected energy production over the life of the SOLO reactor. Figure above assumes a 45-year life for the SOLO reactor including the cost of two re-fuelings, one at year 15 and another at year 30.
EXPERIENCED LEADERSHIP
180
Combined Years in Nuclear Physics and Engineering
$750M+
R&D Projects Managed
$5B+ NPP Projects Value Generation, $100M+ Business Development Capital Generation, 60+ Nuclear Industries and Safety Authorities, 40+ Experiences in Governmental Contracts, 11+ International Patents backed by a world-class team with decades of experience in nuclear engineering, regulatory compliance, and large-scale energy project execution.
WHY SOLO
The Only Micro Modular Nuclear Reactor Commercial by 2028
Leveraging In-Use Established Technologies for a Disruptive Solution with Immediate Impact
WHY SOLO
The Only Micro Modular Nuclear Reactor
Commercial
by 2028
Leveraging In-Use Established Technologies for a Disruptive Solution with Immediate Impact
WHY SOLO
The Only Micro Modular Nuclear Reactor Commercial by 2028
Leveraging In-Use Established Technologies for a Disruptive Solution with Immediate Impact
SOLO is built from readily available commercial off-the-shelf components (COTS) with a proven licensing path to enable rapid deployment to the marketplace. This product strategy minimizes supply-chain risks and provides final cost certainty.
SOLO provides the first platform able to transition from current to future fuel products and supply. Our micro modular nuclear reactor can operate with different fuels including LEU, LEU+ and HALEU.
MEDIA
Highlight Interviews
NASDAQ, NYSE
LEADERSHIP & KNOWHOW
Core Partners
