Advancing American Manufacturing Through Next-Generation Energy Innovation
Phase I | Cash-Flow Manufacturing Facility | Global Fundraising Building Next-Generation Energy Infrastructure for the AI Era to Advance Energy Security, Industrial Modernization, and Sustainable Development.
Seeking Collaboration With: Government Funds Sovereign Wealth Funds Energy Funds Climate Funds Infrastructure Funds Sustainable Development Funds Government Financial Institutions International Development Finance Institutions Strategic Investment Partners
Industry Challenges : ✓ Rapidly increasing electricity demand in the AI era ✓ Reliability challenges of traditional energy systems ✓ Cost, safety, and lifecycle limitations of existing storage technologies ✓ Growing need for dependable power infrastructure ✓ Global transition toward energy security and resilient supply chains
Rapid Growth in Global Energy Demand
The rapid growth of AI, high-performance computing, data centers, smart manufacturing, and electrified transportation is driving unprecedented electricity demand, placing increasing pressure on traditional energy infrastructure.
Challenges in Energy Reliability
Renewable energy sources are intermittent by nature and affected by weather conditions, creating challenges for energy reliability and grid management.
Limitations of Existing Energy Storage Technologies
Current energy storage technologies continue to face challenges related to cost, safety, lifecycle, efficiency, and material supply chains, limiting large-scale energy applications.
Rising Energy Demand from High-Consumption Industries
AI data centers, semiconductor manufacturing, advanced manufacturing, and large industrial facilities require more stable, efficient, and reliable energy solutions.
Growing Need for Energy Independence and Supply Chain Security
Geopolitical changes and global supply chain risks are driving nations to pursue energy independence and localization of critical energy technologies.
Market Opportunity
The AI era requires next-generation energy infrastructure, and solid-state energy storage platforms have the potential to become a key energy solution supporting future intelligent industries.
Transition to Solution :
Our Solution Building the Next-Generation Solid Energy Infrastructure Platform
Solid Power Energy Industry | Phase I California Smart Manufacturing AI Energy Infrastructure
New Opportunities in the Global Energy Market : The global energy market is undergoing a significant transformation. Driven by the rapid growth of artificial intelligence (AI), high-performance computing, cloud data centers, smart manufacturing, and electrification, global electricity demand continues to rise, placing increasing pressure on existing power infrastructure. At the same time, countries worldwide are prioritizing energy security, supply chain resilience, and sustainable energy development, accelerating the growth of next-generation energy infrastructure and energy storage markets. The future energy market will require: * More reliable energy supply * Higher-efficiency energy management * Large-scale energy storage capabilities * More resilient energy infrastructure These trends create significant industrial and market opportunities for next-generation Solid-State Energy Storage Platforms.
We Are Not Manufacturing Batteries — We Are Building the Next Generation of Energy Storage Platforms
Next-Generation Energy Infrastructure We are developing a Solid Electric Energy Storage Platform that integrates magnetic power generation and solid-state energy storage technologies to support next-generation energy infrastructure. Our magnetic power generation technology is protected by patents in the United States and Taiwan. The platform is designed to support AI data centers, smart manufacturing, industrial automation, intelligent transportation, and critical infrastructure with reliable and scalable energy solutions. We also plan to establish U.S.-based smart manufacturing to strengthen energy resilience, supply chain security, and sustainable industrial growth. Building the next generation of energy infrastructure for the AI era.
- ✓Technology Protection Our competitive advantage extends beyond patents through an integrated intellectual property strategy. Our magnetic power generation technology is protected by patents in the United States and Taiwan, supported by trade secrets, engineering expertise, and smart manufacturing capabilities. Core Strengths Patents • Trade Secrets • Engineering Know-How • Smart Manufacturing Supporting the long-term innovation and global competitiveness of our Solid Electric Energy Storage Platform.
- ✓High-Density Storage · High Safety · Long-Life Design Our Solid Electric Energy Storage Platform utilizes next-generation solid-state architecture to deliver high-density storage, enhanced safety, and long-term operational reliability. Through modular design and intelligent energy management, the platform improves system flexibility and supports AI data centers, smart manufacturing, and critical infrastructure. Core Advantages High-Density Storage | High-Safety Architecture | Long-Life Design Building next-generation energy infrastructure for the AI era.
- ✓U.S. Manufacturing × Smart Automation × Integrated Supply Chain The first phase will establish a U.S.-based smart automated manufacturing facility to develop localized production capabilities for solid electric energy systems, integrating automation, manufacturing, and supply chain management. Core Advantages U.S. Smart Manufacturing | Efficient, high-quality, scalable production Supply Chain Integration | Materials, components, equipment, and quality management Energy Security & Independence | Strengthening supply resilience and competitiveness Global Market Expansion | Scaling from the U.S. to worldwide markets Our U.S. smart manufacturing base is more than a factory — it is a strategic foundation for AI-era energy infrastructure and global supply chain resilience.
Building Core Technologies for Next-Generation Energy Infrastructure : The Solid Electric Energy Platform is not a traditional battery product. It is an advanced energy infrastructure platform integrating magnetic energy generation technology, solid electric energy storage technology, intelligent energy management systems, and automated manufacturing capabilities. Through continuous R&D and engineering integration, the platform establishes a multi-layer technology advantage supported by patents, trade secrets, and manufacturing know-how.
Core Technology Advantages
Magnetic Energy Generation Technology The magnetic energy generation technology has obtained patent protection in the United States and Taiwan. Through continuous technology upgrades and system optimization, the company combines: Patent protection Trade secrets Engineering know-how to establish a difficult-to-replicate technology barrier.
Solid Electric Energy Storage Technology
The Solid Electric Energy Storage Vault adopts a next-generation energy storage architecture featuring : High-density energy storage capability High-safety design Long-term operational stability Modular scalability Supporting the energy requirements of AI, data centers, smart manufacturing, and critical industries.
U.S. Intelligent Automated Manufacturing _ Building a Next-Generation Energy Equipment Manufacturing Base
U.S. Next-Generation Energy Manufacturing Infrastructure. To support the growing energy demands of AI, high-performance computing, data centers, robotics, electric transportation, and defense technologies, we plan to establish a U.S.-based smart automated manufacturing facility for solid electric energy systems. By integrating patented technologies, Industry 4.0 automation, and U.S. supply chains, we aim to build a scalable, high-quality energy manufacturing platform. Smart Manufacturing × U.S. Supply Chain × Energy Security Building next-generation energy infrastructure for the AI era.
Intelligent Energy Management System
Integrating energy monitoring, management, and application control to improve energy efficiency and enable smarter and more reliable energy management.
Engineering & Mass Production Capability
Combining: * Automated equipment design * Smart manufacturing processes * Quality management systems * Supply chain integration to transform advanced technology into scalable industrial production capabilities.
Technology Protection & Industrial Moat
Our competitive advantage is built upon: Patent Protection + Trade Secrets + Engineering Know-how + Smart Manufacturing Capability Creating sustainable long-term market advantages.
Establishing New Energy Technology Standards for the AI Era
The Solid Electric Energy Platform is not only an energy technology, but also a next-generation industrial platform integrating energy generation, storage, management, and manufacturing capabilities.
From a U.S. Smart Manufacturing Base to the Global Energy Infrastructure Market
Solid Electric Energy Storage Industry | Four-Phase Total Investment Scale: USD 10.315 Billion / 10.315 Billion Shares
* Establish a U.S.-based intelligent automated manufacturing facility to create a stable cash-flow manufacturing platform. * Begin with power supply peripheral products serving established markets to generate early revenue and market presence. * Manufacture in the United States to shorten delivery times, reduce logistics costs, and strengthen supply chain efficiency and competitiveness. * Operate 24/7 intelligent automated production to improve productivity, product consistency, and manufacturing scalability. * Use Phase I cash flow to support the R&D, mass production, and commercialization of Phase II Solid Electric Energy core components. * Gradually build a complete energy industry supply chain and expand into global markets. * Develop next-generation energy infrastructure for the AI era and create long-term industrial value.
The capital raised will be allocated to intelligent automated manufacturing, production equipment, core technology development, working capital, and global market expansion to establish a scalable energy manufacturing platform with long-term growth potential. * Intelligent Automated Manufacturing Facility * Manufacturing Equipment * Core Technology Research & Development *Working Capital * Global Market Expansion * Supply Chain Development *Talent Acquisition * Quality Assurance & Control
The project company is structured with a total of 160 million shares, including 60 million reserved shares allocated for technology contributors, employees, regional strategic partners, and key suppliers. In the current fundraising round, up to 48 million shares (30% equity ownership) will be offered to qualified investors. Future expansion capital may be raised through the public capital markets via an IPO, subject to regulatory approval and market conditions.
| Invest US$16M | 10% equity | Project 90% |
| Invest US$32M | 20% equity | Project 80% |
| Invest US$48M | 30% equity | Project 70% |
Reserved 60M Shares Allocation
Investment Plan Phase I : U.S. Intelligent Automated Manufacturing Facility Investment Plan Investment Target Investment in the Phase I development of the U.S. intelligent automated manufacturing facility for the Solid Electric Energy Industry, establishing energy equipment manufacturing capability, cash-flow product lines, and the foundation for global market expansion.
- ✓Phase 1 priority allocation
- ✓Early low-valuation entry
- ✓Phase 1 priority allocation
- ✓IPO upside potential
- ✓Max external 48M shares
- ✓U.S. cash-flow industry
Document Center
Factory Construction Plan
Investment Documents
Management Team
Register Your Interest
If interested, leave your details — our IR team responds within 48 hours.