SMR Product Plan

ATOMFUSE SMR in the first phase, develop a PWR to test all the technology we need in nuclear sector. In the second phase, develop a laser fusion-fission hybrid reactor (LFFH), which combines laser-driven inertial confinement fusion (ICF) with fission processes to generate energy. This serves as a bridge technology, leveraging near-term feasibility to produce revenue and validate components. In the third phase, transition to a pure HB11 fusion reactor, based on hydrogen-boron-11 (p-¹¹B) aneutronic fusion, for cleaner, unlimited energy production. This roadmap aligns with emerging trends in fusion, where hybrids accelerate commercialization by addressing net energy gain challenges.

ATOMHEAT P50

2025～2034
50MWe PWR reactor mobile deployment serve off-grid area

ATOMFAST L100

2028～2038
100MWe LFFH reactor mobile deployment serve off-grid area

ATOMFUSE F600

From 2034
HB11 ultralight energy serve planet life

Transition to HB11 Fusion Reactor

Once LFFH validates laser tech and generates cash flow, pivot to HB11: laser-accelerated protons bombard boron-11 targets for aneutronic fusion (p + ¹¹B → 3α + 8.7 MeV), with DEC for 80% efficiency.
Core Mechanism: Picosecond lasers (>10 PW peak) create plasma blocks to accelerate protons, triggering non-thermal fusion in solid targets. 2025 experiments (e.g., Osaka LFEX) show 10¹¹ alpha particles/pulse, with avalanche effects amplifying yield. Feasibility is medium (TRL 3-4), as Q remains low (~0.01%), but simulations predict Q>100 with laser upgrades.
Business Approach: Leverage hybrid profits for HB11 R&D. Start with component sales (lasers, targets) for $150 million/year revenue, funding full plants. Capital costs: $3.7 million/MW at scale; LCOE < $50/MWh

SMR Roadmap

Technology Research and Development & Project Advancement Plan

Supply Chain System
Huge Supply Chain ：
• ‘Export’: By 2022, there’s 224 qualified suppliers ready to support nuclear power industry all over the world.
• ‘Import’: By 2022, there’s 181 foreign suppliers are qualified with Haf604 certification in China while possessed China nuclear power engineering case experience.
• Establish local office at construction country to form professional technical support.
High Efficiency and Scale Economy ：
• Most competitive cost in the whole supply chain from raw material to labor cost.
• Shorter construction time from engineering practice of large nuclear power reactions. Professional Technical Supply:
• Shared and joint intellectual property for the whole Research & Development and following stage.
• World-leading expertise in quality and quantity.

Asia Qualified Suppliers

180 + Foreign Suppliers with Haf604 Certification