MODULAR BEHIND-THE-METER POWER
THEINFRASTRUCTUREOFINDEPENDENCE
Modular, behind-the-meter power blocks for the AI era. 25 MW per unit. 45%+ lifetime efficiency. Engineered for a one-step retrofit to next-generation nuclear.
Prepare for the future.
CYCE Energy is here with the energy solution that will change the world.
CYCE Energy is here with the energy solution that will change the world.
ABOUT / CYCE ENERGY
Global R&D Powerhouse
CYCE Energy is a vertically integrated power systems company. We design and manufacture the turbines, alternators, thermal recovery loops, and control systems that make grid-independent baseload power viable at the point of consumption.
Our customers are operators who cannot wait 5–7 years for a utility interconnect: AI data centers, EV fast-charge hubs, autonomous fleet depots, and high-density compute campuses.
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Global Headquarters
DUBAI, UAE
International strategy, capital allocation, and worldwide deployment logistics for our 25 MW ecosystems.
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Manufacturing & Integration
TEXAS NEXUS HUB
R&D, turbomachinery assembly, and final systems validation on a single campus. Verifiably "US Made". Status disclosed under NDA.
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Corporate Office
FORT LAUDERDALE, FL
US corporate operations and customer engagement hub at 2200 SW 45th Street, FL 33312.
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Vertical Integration
PROPRIETARY R&D
Exclusive alternator and turbine IP — the backbone of our 45%+ efficiency and zero-stranded-CAPEX retrofit path.
The Mission
Tackling catastrophic grid power consumption and heat management bottlenecks. We provide self-sustaining, vertically integrated energy solutions that power the future of artificial intelligence—today.
About Cyce Energy
THE INFRASTRUCTURE
OF INDEPENDENCE
VERTICALLY INTEGRATED POWER
WE DESIGN AND MANUFACTURE THE SYSTEMS THAT MAKE GRID-INDEPENDENT BASELOAD POWER VIABLE.
CYCE Energy is a vertically integrated power systems company. We design and manufacture the turbines, alternators, thermal recovery loops, and control systems that make grid-independent baseload power viable at the point of consumption. Our customers are operators who cannot wait 5–7 years for a utility interconnect: AI data centers, EV fast-charge hubs, autonomous fleet depots, and high-density compute campuses.
THE PROBLEM
THE INTERCONNECT QUEUE IS THE NEW BOTTLENECK
Utility interconnect queues in PJM, ERCOT, and MISO now exceed 2,600 GW of pending capacity, with average wait times of 4–7 years for new large loads. AI compute demand is projected to grow faster than any utility expansion plan can absorb. The constraint is no longer chips, capital, or land. It is power, delivered on a timeline that matches the deployment cycle of frontier compute. CYCE exists to close that gap.
THE SOLUTION
NEXUS-C: 25 MW BEHIND-THE-METER POWER
The Nexus-C is a 25 MW behind-the-meter power block built around our proprietary Cycled Carbon thermal recovery process. It runs on natural gas, bio-methane, or hydrogen-blended fuel and delivers DC-optimized power directly to compute and charging loads. Engineered with fault-tolerant redundancy, it achieves 45%+ lifetime efficiency—outperforming the 30–38% range of distributed simple-cycle generators today. Deployable in months, not years.
Nexus-C
Configuration
3.6 MW Turbine
Single-unit deployments for EV fast-charge hubs, autonomous garages, and commercial fleet depots.
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Island Mode
Fully autonomous, grid-independent operation with zero single points of failure.
Nexus-C
Configuration
25 MW Power Pack
Integrated multi-turbine configuration for AI data centers, mining campuses, and high-density compute. Fault-tolerant redundancy built directly into the architecture.
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45%+ Efficiency
Closed-loop Cycled Carbon process drastically outperforms traditional 35% generators, shrinking the required physical footprint.
The Lifecycle ThesisTotal Asset Reuse:
Zero Stranded
CAPEX
Today's CAPEX becomes tomorrow's net-zero down payment. The combustion head is modular and replaceable — the conversion engine survives the retrofit. 100% asset reuse. 0% stranded equipment.
Total Asset Reuse:
Future-Proofing Our Clients' CAPEX
Now (The Solution):
Deploying the 45% efficient Nexus-C to solve the immediate data center power bottleneck.
Tomorrow (The Transition):
Converting that identical plant into a True Zero nuclear asset.
The Retrofit Advantage:
When a client is ready for Phase 3 (Nuclear), CYCE will perform a rapid retrofit, swapping the flex-fuel head for a microreactor heat source, utilizing the existing CYCE-manufactured power conversion hardware.
WE TURN OUR CLIENTS'
2026 CARBON COMPLIANCE COST
INTO A DOWN PAYMENT ON THEIR
2030 NET ZERO ROADMAP.
NOT A SINGLE MEGAWATT OF OUR
PHASE 1 CONVERSION HARDWARE WILL GO TO WASTE.
100%ASSET REUSE0%WASTE
NEXUS-C TODAY
PHASE 1: IMMEDIATE SOLUTION
45% EFFICIENT NEXUS-C
Solving today's data center power bottleneck.
TOMORROW
THE "FUEL HEAD SWAP" RETROFITTHE
"FUEL
HEAD
SWAP"
RETROFIT
"FUEL
HEAD
SWAP"
RETROFIT
TODAY
NEXUS-N TOMORROW
PHASE 3: NET ZERO SOLUTION
TRUE ZERO NEXUS-N
Converting the identical plant into a True Zero nuclear asset.
A SIMPLE SWAP. A COMPLETE TRANSFORMATION.
REMOVE (TODAY)
Modular Combustion Head
STRANDED ASSET AVOIDED
KEEP (BOTH PHASES)
CYCE Conversion Engine
100% ASSET REUSE
INSTALL (TOMORROW)
Microreactor Heat Source
NEXT GEN NUCLEAR HEAT
Clear Path to True Zero Emissions
FUTURE
THE NUCLEAR NEXUS
While the Nexus-C addresses the immediate $30 billion AI power crisis, Cyce Energy has engineered a definitive, future-proof bridge to next-generation nuclear energy. Enter the Nexus-N Micro-Reactor Power Pack — our Phase 3 solution designed to seamlessly convert your existing power plant into a True Zero emission nuclear asset. We do not believe in obsolete infrastructure; the identical plant that powers your facility today will evolve to meet the ultimate clean energy mandates of tomorrow. Phase 3 timelines reflect manufacturing readiness; commercial deployment is subject to NRC licensing and host-country regulatory approvals.
CYCE ENGINE BASE
COMBUSTION HEAD
MICRO-REACTOR HEAD
THE LIFECYCLE THESIS:
ZERO STRANDED CAPEX
TODAY'S CAPEX BECOMES TOMORROW'S NET-ZERO DOWN PAYMENT. 100% ASSET REUSE. 0% STRANDED EQUIPMENT.
Behind-the-meter generation is currently a difficult conversation for hyperscalers committed to 2030 net-zero targets. Combustion-based power, even at 45% efficiency, conflicts with public emissions commitments. CYCE resolves this with a single architectural choice: the combustion head is modular and replaceable. The Nexus-C and the future Nexus-N share the same proprietary CYCE conversion engine. When microreactor heat sources reach commercial licensing, customers retrofit the heat source without replacing the power block.
Nexus-N
Micro-Reactor Power
HPMR Architecture: Powered by an advanced Heat Pipe Micro Reactor (HPMR) designed for safe, infinite baseload power.
TRISO / HALEU Compatible: Engineered for advanced high-assay low-enriched uranium, ensuring maximum thermal efficiency.
Extreme Thermal Output: Features a primary liquid-metal heat exchanger delivering 600°C+ directly to the turbine.
Solid-State N-Head
Nexus-N
Micro-Reactor Power Pack
Phase 3 Implementation: The 2029+ evolution, converting hyperscale deployments into a Nuclear Nexus. Subject to NRC licensing and host-country regulatory approvals.
CYCLE-N Integration: Utilizes existing CYCE thermal recovery hardware to convert next-gen nuclear heat into DC electricity.
True Zero Emissions: Converts the Phase 1 modular combustion head into a True Zero nuclear asset instantly, with 0% waste.
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Net Zero Down Payment
THE GIGAWATT GAP
COMPUTE
DEMAND
(GW)
DEMAND
(GW)
100806040200
LEADING AI HYPERSCALERS
(AI Data Centers & HPC)
(AI Data Centers & HPC)
AVAILABLE UTILITY POWER
~100 GW
PROJECTED COMPUTE
DEMAND BY 2030
DEMAND BY 2030
~85 GW
GIGAWATT GAP
~15 GW
AVAILABLE
UTILITY POWER (FLAT)
UTILITY POWER (FLAT)
2024202520262027202820292030
THE WALL
OF THE GRID
Shatter to bypass
THE CYCE SOLUTION
THE NEXUS POWER BLOCK:
MANUFACTURING EQUIPMENT INDEPENDENCE
STATEMENT
CYCE is a vertically integrated technology company manufacturing grid-independent, modular 25 MW power ecosystems. We bypass grid delays, delivering power at the point of consumption with industry-leading performance.
THE "CYCLED CARBON" PROCESS
A proprietary system that optimizes thermal recovery to achieve a 45%+ lifetime efficiency standard — outperforming the 30–38% range of distributed simple-cycle and reciprocating generators that dominate behind-the-meter installations today.
INTRODUCING CYCE ENERGY NEXUS POWER PLANT TECHNOLOGY:
3.6 MW–25 MW FLEX-FUEL TURBINES & COMBINED-CYCLE ORC POWER PACKS
Flex-fuel Turbines & ORC generate direct-current power from a variety of feedstock and recycle wasted heat for higher efficiency, making them well suited for data centers requiring reliable power and substantial heat removal with high sustainability targets.
Nexus system repurposes waste heat for additional power, reducing chiller loads and overall carbon footprint.
Reaches lifetime average efficiencies above 45% — outperforming the 30–38% range of distributed simple-cycle and reciprocating generators that dominate behind-the-meter installations
Higher efficiency stabilizes operating costs for high HPC/AI workloads with a positive impact on Revenues/EBITDA
Supports compliance with environmental and ESG requirements at data centers, EV and fleet charging hubs etc.
Bio-H2-enhanced natural gas super-charges fuel potency and complies with emissions standards while earning incentives
Seamless “Fuel-head” retrofit to micro nuclear reactors achieving True Zero Emissions while preserving initial CapEx.
NEXUS ADVANTAGE
RELIABLE BASELOAD POWER → NO GRID OUTAGES OR CONGESTION RISKS
LIGHTNING-FAST DEPLOYMENT → SKIP EQUIPMENT SHORTAGES & INTERCONNECT DELAYS
MAX POWER PER FUEL DOLLAR → OUTPERFORM LOW-EFFICIENCY SYSTEMS & SOARING FUEL COSTS AND UTILITY BILLS
THE NEXUS POWER BLOCK
MANUFACTURING EQUIPMENT INDEPENDENCE
FAST CHARGE EV HUBS & FLEET HUBS
01
AUTONOMOUS GARAGES
02
CYCE ENERGY NEXUS-C AI DATA CENTERS & MINING CAMPUSES
03
THE NEXUS ADVANTAGE
RELIABLE BASELOAD POWER
NO GRID OUTAGES OR CONGESTION RISKS
LIGHTNING-FAST DEPLOYMENT
SKIP EQUIPMENT SHORTAGES & INTERCONNECT DELAYS
MAX POWER PER FUEL DOLLAR
OUTPERFORM LOW-EFFICIENCY SYSTEMS & SOARING FUEL COSTS
Vertical Integration
A competitor can buy a gas turbine. They cannot buy our conversion stack.
CPU
PLC Controls
Fail-safe, autonomous "Island Mode" operation.
The definitive "brain" of the Nexus-C architecture. It constantly balances thermal recovery with electrical output.
Specs
SUB-MILLISECOND LOAD BALANCING
AI-PREDICTIVE THERMAL MANAGEMENT
MIL-SPEC REDUNDANCY
ORC
ORC Turbines
Optimized for Cycled Carbon.
Proprietary turbine geometry engineered for the thermal loop. Recovers extreme low-grade waste heat efficiently.
Specs
CUSTOM BLADE GEOMETRY
EXTREME THERMAL RECOVERY
NEAR-ZERO MAINTENANCE LIFECYCLE
ALT
Disc Alternators
Compact, proprietary generation.
An ultra-compact form factor that eliminates massive generators, producing perfectly stable AC power.
Specs
AXIAL-FLUX TOPOLOGY
HYPERSCALE AC STABILITY
60% REDUCTION IN FOOTPRINT
CLHA
Closed-Loop Heat Absorption
Waste heat → additional power.
Captures data center waste heat as supplemental input to the ORC, compounding the efficiency advantage at the customer site.
Specs
SUPPLEMENTAL ORC INPUT
CHILLER LOAD REDUCTION
COMPOUNDING EFFICIENCY
COMPETITIVE ADVANTAGE:
VERTICAL INTEGRATION
WE DON'T ASSEMBLE. WE
MANUFACTURE THE ENTIRE
STACK
Statement: Traditional distributed generation companies assemble third-party equipment and mark it up. CYCE owns the IP and manufacturing for the components that determine performance.
VERTICAL MOAT
This is the moat.
A competitor can buy a gas turbine. They cannot buy our conversion stack.
• ORC Turbines:
Custom blade geometry tuned to the Cycled Carbon thermal loop. Optimized for low-grade waste heat recovery that off-the-shelf turbines cannot capture economically.
• Disc Alternators:
Axial-flux topology delivering hyperscale-stable AC with a 60% reduction in generator footprint compared to conventional radial-flux machines.
• Cycled Carbon PLC Controls:
Sub-millisecond load balancing, AI-predictive thermal management, MIL-spec redundancy. Enables true Island Mode operation without grid synchronization.
• Closed-Loop Heat Absorption:
Captures data center waste heat as supplemental input to the ORC, compounding the efficiency advantage at the customer site.
THE ROADMAP
MANUFACTURING THE PRACTICAL ENERGY TRANSITION.
1
Now through 2027
Nexus-C
Limited design partner slots open for 2026–2027 first-of-a-kind installations. Focus on AI data centers and fleet hubs facing immediate interconnect constraints.
2
2027–2028
Hyper-Scale
Series production at 25+ units per month. Full maturation of the Cycled Carbon IP portfolio and per-MWh royalty licensing model.
3
2029+
Nuclear Nexus
In-field retrofit of fielded Nexus-C units to Nexus-N microreactor configuration. Combustion head removed; reactor heat source installed; conversion engine retained. Subject to regulatory approval.
Limited Cohort · 2026–2027
Design Partner
Program
CYCE is selecting a limited number of strategic design partners for first-of-a-kind Nexus-C deployments in 2026–2027.
Built for operators who need power on a 12–24 month horizon and are willing to collaborate on site engineering, performance validation, and reference rights.
01 / ALLOCATION
Priority Slots
First-of-a-kind 25 MW deployments before series production capacity opens to general procurement.
02 / COLLABORATION
Site Engineering
Direct access to CYCE engineering for site integration, performance tuning, and Cycled Carbon optimization.
03 / FUTURE PROOF
Phase 3 Retrofit Rights
Preferred path to Nexus-N microreactor retrofit when nuclear licensing milestones are reached.
Who qualifies
AI / HPC OperatorsEV Fleet HubsAutonomous GaragesMining CampusesIndustrial Heavy Loads
THE TEXAS NEXUS HUB:
MANUFACTURING GRID INDEPENDENCE
The Texas Nexus Hub will consolidate Advanced R&D, Turbomachinery Assembly, and Final Beta Systems Validation into a single campus — the operational backbone of the CYCE vertical integration strategy.
"US Made" Certification: Every Nexus power block will qualify for hyperscaler procurement programs requiring domestic manufacturing.
Geopolitical Supply Chain Isolation: Critical components are sourced and assembled under US jurisdiction, eliminating international supply risk.
Single-Facility Quality Control: First-of-a-kind deployments are commissioned from one controlled environment, accelerating learning cycles.
Texas Energy Ecosystem Proximity: Direct access to the talent pool, fuel logistics, and customer pilot infrastructure of the world energy capital.
Construction status, capacity, and timeline are disclosed under NDA to qualified Design Partners and investors.
