The photonic energy system is designed to capture and use the photons emitted by indoor light sources to harness energy. The Quantum system also works with exterior lighting products, such as parking lot lighting. The key components of this system are Photon Lighting, which contains a series of unique photonic collection panel, and a Photon Engine, which drive alternators or generators, when set in motion by photons. The Quantum system generates electrical energy, which can be used to power various devices and systems, or entire buildings, providing a sustainable and renewable source of electricity.
This solution represents the epitome of a complete power generation and consumption cycle, condensed into a compact and versatile package. Its remarkable versatility makes it the ideal choice for diverse settings, ranging from manufacturing plants and government facilities to homes, hospitals, commercial enterprises, and residential homes in the near future.
“Quantum is blazing a new trail in 100 percent fully distributed energy production, owned and produced by the user, to open new horizons and ensure a more sustainable future. Quantum’s unique photon technology shifts the control to end-users, empowering consumers to own and operate their sustainable energy solution, marking a significant leap toward 100 percent distributed energy, a future where each user becomes a self-reliant energy producer,” says Dennis M. Danzik, Director of Quantum’s Engineering and Sciences division.
From Innovative Research to Groundbreaking Energy Applications
The transformative journey of Quantum Energy began when Danzik initiated a pioneering R&D project in Wyoming in 2009. In 2012 the project was moved to a larger laboratories in Wyoming, then in 2014 to laboratories in Scottsdale, Arizona. To date beginning in 2014, more than $60 million dollars has been invested in the technology.
Quantum Energy is now actively involved in the design and construction of photonic furniture. This includes desks, conference tables, side tables, and other types of furniture that possess the remarkable ability to generate voltage when exposed to ambient light or when lights in the room are turned on
Quantum Energy’s solution presents a solid alternative or compliment to conventional solar power. Traditional solar energy production is constrained by daylight hours and geographical conditions. In many regions, limited sunlight availability impedes solar energy generation. Apart from that, conventional solar panels are vulnerable to temperature fluctuations, leading to micro fractures and declining efficiency over their 30- year lifespans.
The Quantum photonic technology transcends these limitations, offering a flexible energy solution that operates consistently throughout the day, and night. These photonic fixtures function indoors, shielded from harsh outdoor conditions. This results in a longer lifespan and reduces the need for costly replacements. The system operates around the clock, using ambient or artificial light for energy production and ensuring consistent performance in any location, regardless of sunlight availability. Passive energy collected is then used to drive a Photon Engine which delivers dynamic energy from an alternator or generator.
The Future through Versatility and Integration
While it started off by incorporating its technology into light fixtures, Quantum Energy is now actively involved in the design and construction of Photonic furniture. This includes desks, conference tables, side tables, and other types of furniture that possess the remarkable ability to generate voltage when exposed to ambient light or when lights in the room are turned on. This voltage can then be fed back into the direct energy system through a Photon Engine for use.
Going above and beyond, it can also be seamlessly incorporated into various purposes, like ceiling tiles, window borders, fascia, and other interior components. Photonics tech can be molded into any desired shape, making it compatible with a wide array of lighting fixtures, from standard four-foot LED fixtures to four-inch recessed roof lights.
To demonstrate the flexibility and practicality of this solution, Danzik uses the example of a commercial light fixture, which typically runs on 120 volts of AC power. In conventional setups, these fixtures require an additional component, a ballast, which consumes energy without providing any direct benefit. However, in the case of a Quantum light fixture, the need for a ballast can be completely eliminated. By integrating a photonic panel within the fixture to capture and convert the abundant light energy, Quantum Energy can directly power the lights with impressively low voltages, ranging from 5 to 40 volts DC. The photonic panel returns up from 48 to well over 200 volts DC, depending on the brightness level or lumens produced by the lights. Energy generated by the photonics is then used to produce dynamic 50 to well over 350 volts AC or DC and then can also be stored or used elsewhere within the building or seamlessly fed into the main electrical distribution panel, contributing to the overall power supply.
Quantum’s primary laboratory located in Arizona is a prominent hub for the aerospace industry. The company draws immense advantage from its strategic location. Its trajectory of extraordinary growth is also propelled by the knowledge and expertise of industry veterans who greatly enhance its capabilities and foster innovation.
Quantum Energy’s strategic vision and direction are significantly influenced by its leadership team’s wealth of experience. Chairman William Hinz, retired president of AlliedSignal Aerospace, a prominent American aerospace, automotive, and engineering company, lends his extensive expertise to the firm. COO Craig Kitchen, former CEO of Eagle-Picher, and former chief commercial officer of McDonnel Douglas Helicopter brings his vast experience to the table. The team also includes professionals with backgrounds from various aerospace firms, adding depth to Quantum Energy’s expertise in industrial design, engineering, and machine operations.
A commitment to research and development, backed by a to date investment of over $65 million, ensures ongoing innovation within Quantum Energy’s state-of-the-art laboratories in Arizona and Wyoming. Staffed by aerospace industry experts, these labs are hotbeds of pioneering work in photonic systems.
The developments also include an iron-air battery system, set up to replace lithium-ion batteries. The production of this system is anticipated to commence in October of this year at its Nevada facility.
Currently, Quantum Energy is undergoing five independent validations, two of which have been completed, for its systems. These validations are critical to obtaining certifications from reputable organizations such as Underwriters Laboratories and the Canadian Standards Association. This ensures its systems, which conveniently operate at 50 volts or below (low voltage protocol) , are compliant with safety and quality standards and can be installed in various locations, many of which have no permitting requirements.
In line with its innovations, Quantum Energy is also increasing its footprint in the U.S., with additional offices and facilities now open in Nevada, Utah, Hawaii and Ohio. Facilities and offices underway for Missouri, Oklahoma, Florida and Texas. This growth underscores the company’s commitment to serving a diverse range of customers and making a significant impact on the energy landscape worldwide.
