Project – hypercosmic

HETC

Hyper Energy Technologies
Corporation®

Manufacturing 24/7 clean energy
systems for Pennsylvania

Manufacturing 24/7 clean energy systems for Pennsylvania

The Challenge

Beyond Daylight Energy

Current clean-energy systems depend on daytime solar or grid power, creating
reliability and resilience problems for Pennsylvania communities.

Current clean-energy systems depend on daytime solar or grid power, creating reli- bility and resilience problems for Pennsyl vania 0-communities.

The Problem

No locally manufactured 24/7 panel that works in night, rain, snow, or low-irradiance conditions in Pennsylvania.

The Solution

Manufacturing pilot line for FluxSolar™ 24/7 panels and Quartz Resonant Battery™ modules in Pennsylvania.

The Location

239 Fourth Ave, Ste 1401 #7435, Pittsburgh, PA 15222. All funds spent within the Commonwealth.

Project Mission

Establish a small-scale manufacturing, testing, and demonstration line to build and validate two pro-
prietary clean-energy products. Convert lab-level designs into production-ready prototypes, create local technical jobs, and position HETC to supply pilots to PA customers including homes, small industries, and public facilities.

Project Mission

Establish a small-scale manufacturing, testing, and demonstration line to build and validate two proprietary clean-energy products. Convert lab-level designs into production-ready prototypes, create local technical jobs, and position HETC to supply pilots to PA customers including homes, small industries, and public facilities.

Primary Goals
• Build Activation/QC Bed QAP-90
• Fabricate 20–30 FluxSolar™ panels
• Build 10–15 Quartz Resonant Battery™ modules

Impact Metrics
• 4–6 local technical jobs created
• Train Pennsylvania technicians/assemblers
• Document scalable manufacturing SOPs

Innovation

Proprietary Technologies

Two breakthrough products designed for continuous, all-weather energy generation and storage

FluxSolar™

Revolutionary hybrid energy harvesting panel combining solar, thermal, and vibrational energy collection for continuous power generation day and night.

Key Features

Multi-Source Harvesting

Solar + thermal + vibrational energy capture

24/7 Operation

Works in night, rain, snow, and low-irradiance conditions

QAP-90 Activated

Every panel standardized through proprietary QC bed

Production Target: 20–30 units for field deployment

Key Features

Multi-Source Harvesting

Solar + thermal + vibrational energy capture

24/7 Operation

Works in night, rain, snow, and low-irradiance conditions

QAP-90 Activated

Every panel standardized through proprietary QC bed

Production Target: 20–30 units for field deployment

GERA

Resonance-activated quartz energy storage module using non-toxic, non-lithium materials fully fabricable in the United States.

Key Features

Resonance Technology

Quartz-based energy storage with advanced resonance activation

Non-Toxic Materials

No lithium, fully U.S.-fabricable components

Validated Performance

Charging, cycling, and environmental testing

Production Target: 10–15 modules for integration testing

Key Features

Resonance Technology

Quartz-based energy storage with advanced resonance activation

Non-Toxic Materials

No lithium, fully U.S.-fabricable components

Validated Performance

Charging, cycling, and environmental testing

Production Target: 10–15 modules for integration testing

Patent Protected: Provisional patent application #63/907,831 for ResoSolar panel

Economic Impact

Pennsylvania First

Creating advanced manufacturing capacity, local jobs, and sustainable supply chains within the Commonwealth

Creating advanced manufacturing capacity, local jobs, and sustainable
supply chains within the Commonwealth

4–6 Jobs Created

Technical positions in PA

20+ Panels Built

FluxSolar™ 24/7 units

10+ Battery Modules

GERA units tested

100% PA Investment

All funds in-state

Documentation for scalable PA-based production

Complete export-ready manufacturing SOP package

Community Benefits

Advanced Manufacturing

Creating high-tech manufacturing capacity in Pittsburgh region

Advanced Manufacturing

Creating high-tech manufacturing capa-
city in Pittsburgh region

Supply Chain Growth

Enabling PA procurement of aluminum, machining, electrical components

Supply Chain Growth

Enabling PA procurement of aluminum, machining, electrical components

Energy Resilience

Supporting state goals for emissions reduction and grid independence

Energy Resilience

Supporting state goals for emissions reduction and grid independence

Workforce Development

Training local technicians in cutting-edge clean energy technology

Workforce Development

Training local technicians in cutting-edge clean energy technology

Fund Allocation

Equipment & Tooling

Activation/QC bed, test benches, manufacturing tools

40%

Equipment & Tooling

Activation/QC bed, test benches, manufacturingools

40%

Materials & Prototypes

Aluminum, copper, quartz, piezo, electronics

25%

Personnel

Technicians, assemblers, manufacturing engineer

25%

Materials & Prototypes

Aluminum, copper, quartz, piezo, electronics

25%

Admin & Compliance

Insurance, utilities, reporting, accounting

10%

Personnel

Technicians, assemblers, manufacturing engineer

25%

Admin & Compliance

Insurance, utilities, reporting, accounting

10%

Project Timeline

9-Month Roadmap

Structured phases from equipment setup to field deployment

Months 1–2 Foundation

▪ Order equipment and materials
▪ Complete activation bed build
▪ Set up manufacturing space
▪ Initial equipment testing

▪ Order equipment and materials ▪ Complete activation bed build
▪ Set up manufacturing space ▪ Initial equipment testing

Months 3–4 Production Launch

▪ Refine standard operating procedures
▪ Assemble first FluxSolar panels
▪ Run QAP-90 activation tests
▪ Quality assurance validation

▪ Refine standard operating procedures ▪ Assemble first FluxSolar panels
▪ Run QAP-90 activation tests ▪ Quality assurance validation

Months 5–6 Battery Integration

▪ Test charging and cycling performance
▪ Build Quartz Battery Modules
▪ Integrate panel + battery systems
▪ Environmental testing protocols

▪ Test charging and cycling performance ▪ Build Quartz Battery Modules
▪ Integrate panel + battery systems ▪ Environmental testing protocols

Months 7–9 Field Deployment

▪ Deploy pilots across Pennsylvania
▪ Real-world data collection
▪ Performance monitoring
▪ Final report to DCED

▪ Deploy pilots across Pennsylvania ▪ Real-world data collection
▪ Performance monitoring ▪ Final report to DCED