Vision for the Future - Connecting a World in Motion

Electrification of vehicles is quickly being adopted as a means to decarbonize our planet, creating a robust electrical charging network to support the Electric Vehicles on our roads. Unfortunately, present-day stationary charging concepts will not meet the future demand required for “all” Electric Vehicles, leading to user hesitancy when considering an Electric Vehicle. Stopping and waiting to charge is no longer an inconvenience but can impact economies around the world in lost time or longer elapsed time between travel points. A novel disruptive power transfer technology is imperative to make available adequate Electric Vehicle charging infrastructure for all!

Introducing Go Power Generation ①™, the World’s first fully automated modular vehicle charging roadway network energizing over-the-air electrical energy transfer, data, and navigation exchange to and from a Go Power equipped Electric Vehicle automatically while in-motion or stationary while traversing a Go Power modular vehicle charging roadway, or other Go Power modular vehicle charging platforms without ever having to stop to plug-in to charge!

The all-new light-weight durable minimalist design Go Power modular vehicle charging roadway, or other Go Power modular vehicle charging platforms make Go Power equipped Electric Vehicles over-the-air electrical energy and data transfer completely accessible at all times, for all people, while in-motion and/or stationary when traversing equipped Go Power roadway driving surfaces, and/or other equipped Go Power vehicle charging surfaces, or associated vehicle traveled use surfaces; eliminating range anxiety, charging anxiety, excessive high public electricity transfer costs, personal safety fears or forced downtime waiting between travel points. The entire charging process from start to finish is automatic while riding within the security of your vehicle. Through public-private financial programs, the wireless electrical energy transfer is quantified automatically via time-stamped digital billing that is processed directly to your private account online. Various payment plans and accounts for over-the-air electrical energy transfer with your Electric Vehicle allow everyone the opportunity to seamlessly operate their Electric Vehicles in safety, while On-the-go, without ever stopping to charge and without exposing a credit card!

Electric Vehicle charging has evolved with Go Power modular vehicle charging roadways, or other Go Power modular vehicle charging platforms, pioneering convenient easy to use, innovative interconnecting and interacting smart dynamic wireless power charging architectures that utilize specialized minimalist design modular platforms, precision transmitters-receivers and Artificial Intelligence (predictive analytics), along with other devices, and technologies that can be readily installed onto, or within, or alongside existing, or planned, or improvised public-private driving surfaces, electricity and communications infrastructure and any corresponding Electric Vehicle(s).

Go Power intends to optimize public-private electrical power grids and data communications infrastructure, so it is cost effective and equitable for all, including the use of renewable energies as much as possible through public-private partnerships and provide users with the highest cyber security protection protocols while traversing throughout the associated electrical power grids and data networks as an indispensable infrastructure.

Go Power does not require costly, time-consuming, and polluting excavation and re-paving processes of existing roadways for installation, maintenance, or upgrading of embedded systems. Go Power simply makes use of a few small diameter bored-out holes into the driving surface of any existing roadway or traveled use surfaces for mounting pre-qualified mooring points for a fixed in-place installation using corresponding fasteners for each connectable modular polymer roadway piece. Go Power modular vehicle charging roadway(s), or other Go Power modular vehicle charging platform(s) can also be deployed temporarily (non-fixed) for essential wireless electrical energy transfer to and from Go Power equipped Electric Vehicles that may be utilized in emergency disaster relief zones, military service operations and entertainment or sports events. Go Power sustains industrial robotic uses as well!

The well-thought-out streamlined modular design of Go Power modular vehicle charging roadways, and other Go Power modular vehicle charging platforms, integrate readily accessible interior compartments and removable covers for easy-access installation, maintenance, upgrading, interchanging, inspection operations and public-private infrastructure connection points for embedded systems as may be necessary for any territory homologation worldwide. Installations are as easy as plug-and-play! The Go Power modular vehicle charging roadway platform casings (i.e., the interconnectable modular polymer roadway pieces) are designed to accommodate vehicle loads in excess of one hundred tons.

Go Power is capable of delivering resilient wireless electrical power supply through fixed wired-wireless control management units, electricity grid connections, additional battery storage banks for peak-hours usage, and supplementary emergency electricity power generators that are positioned above ground, or below ground alongside of the Go Power modular vehicle charging roadway installations. System controls, control modules, and transmitters-receivers can readily be diagnosed, customized, changed, adjusted, tuned and/or upgraded automatically (dynamically) via wired-wireless connections to and from various supporting Cloud computing system(s) and other associated IoT digital devices or technologies. Global Positioning Satellite systems are incorporated for additional assistance as needed depending on the complexity and uses of the Go Power modular vehicle charging roadways, and associated Go Power equipped Electric Vehicle(s). The all-new Go Power modular vehicle charging roadway is made-up of interconnecting modular pieces to a precise form and texture, covering the desired traveled driving surface to scale. One benefit of such an installation is to leave any usable surface intact, and ready to re-use as before, should the Go Power modular vehicle charging roadway need to be repositioned to another location. Due to its unique modular design, Go Power modular vehicle charging roadway pieces can be disassembled, stored, transported, and re-installed as needed.

Go Power aims to incorporate various mixtures of recycled next-generation sustainable polymers along with other useful sustainable materials to form the desired finished modular roadway architectures. The use of such sustainable materials can make such a modular vehicle charging roadway platform up to four times lighter than a conventional asphalt or concrete constructed roadway, while offering an aspired shortened construction time by as much as 70% and with less carbon output. Go Power weather and UV resistant, lightweight durable polymer architectures are designed to precisely cover and outlast conventional exposed asphalt or concrete roadways by as much as two times longer, providing greater useful life for existing roadway infrastructure and eliminating reoccurring eroded driving surface repairs for high use lanes! The use of circular modular materials allows for easy replacement and recycling of worn or useful life elements. It should be noted that Go Power sustainable polymer modular vehicle wireless charging roadway pieces can be precisely manufactured to any scale within a factory facility and shipped to any desired site for ready and easy snap-together implementation, with a manufacturing goal of saving the environment as much as 75% fewer carbon emissions in comparison with conventional roadway construction techniques. Sustainability of materials is key, meaning all of the materials used in the manufacture of Go Power modular vehicle charging roadway pieces are easily recycled and/or recyclable as much as possible. Any worn or damaged modular pieces, or embedded equipment, or components can readily be upgraded, repaired, or maintained, or removed, or replaced, and recycled into new use materials as needed.

The all-new Go Power modular vehicle charging roadway and other associated Go Power modular vehicle charging platforms will operate in compliance with evolving existing interoperability standardization and homologation standards for dynamic or static wireless charging criteria worldwide e.g., SAE J2954/1, SAE J2954/2 and SAE J2954/3 and other global standardizing bodies, or adopted standard(s), etc. However, Go Power will be spearheading efforts within the over-the-air electrical energy transfer industry to adopt advanced industry devices and technologies being introduced by Go Power Platforms, Inc. For instance, Go Power will introduce dynamic wireless power charging levels (automated adjusting low, medium, hi or DC fast charging wireless electrical energy transfer On-the-go) for equipped Electric Vehicles while traversing a Go Power modular vehicle charging roadway driving surface(s). Public safety is utmost, meaning Go Power transmitters-receivers are designed to operate only when a qualified Go Power equipped Electric Vehicle is in close proximity while traversing a Go Power equipped modular vehicle charging roadway platform(s). When no vehicle is in operation on the Go Power modular vehicle charging roadway driving surface(s), or when a person is traversing, or in close proximity of a Go Power modular vehicle charging roadway, or other Go Power modular vehicle charging platform(s), the transmitters-receivers remain inert. Go Power is also introducing an all-new exterior vehicle safety illuminated charging warning signal(s), providing the public-at-large a visual indication of Go Power equipped Electric Vehicles undertaking an over-the-air electrical energy transfer. Go Power will also introduce bi-directional electrical energy transfer as a grid resource between the Go Power modular vehicle charging roadway and Go Power equipped Electric Vehicles to bolster short-term power shortages at peak travel times throughout the public-private electrical grid and as an added safety for Go Power equipped Electric Vehicles to expel unwanted or excess electricity from onboard power storage systems.

Battery, non-battery, or hybrid electrified vehicles, or electrified-battery, electrified light-rail, city trams, or rail, or bus, or other electrified commercial-industrial vehicles, or electrified aircraft e.g., fixed wing or eVTOLs, etc., or future autonomous public-private electrified vehicle transportation systems can also benefit with Go Power integrated conversions and installations. Potentially dangerous and unsightly overhead electrified cables and problematic tethered charging stations can also be minimized and/or removed forever presenting a safer and pristine landscape for a traversed city and heritage sites.

Go Power can also support designated Electric Vehicle corridors for commercial electrified freight vehicles, providing time critical wireless electric power charging infrastructure at strategic locations for Go Power equipped Electric Vehicles moving essential freight and goods without stopping to charge; along major national highways and any national highway freight, intermodal network roadways or goods movement locations and any desirable connecting metropolitan-city surface streets or tributary driving surfaces.

Go Power offers greater flexibility of movement for public-private electrified vehicles or electrified vehicle transportation systems and their associated Electric Vehicles by removing existing tethered electrification or reducing battery dependance and/or existing battery sizes for Go Power equipped Electric Vehicles. Innovation through Go Power modular vehicle charging roadway platforms and corresponding enabled systems presents tether-less (wireless) charging infrastructure throughout designed portions of all enabled traversed mobility routes. The future of public-private electrified mobility is reimagined with the use of smart, secure, safe, and environmentally responsible Go Power modular vehicle charging platforms, devices, and technologies.