# Charging Robotics Inc.

> Clarifo company profile — qualitative business description generated from
> the company's filings. Financial statements, charts and ratios are
> available on Clarifo (https://www.clarifo.com/fi/companies/Charging Robotics Inc.).

## Overview

Charging Robotics Inc. develops, produces, and installs wireless charging systems for electric vehicles, with its current commercial focus on robotic and automatic parking facilities. The company’s technology uses resonance induction coils to transfer power wirelessly between a stationary transmitter and a vehicle-mounted receiver, allowing EV charging where drivers cannot physically connect a cable. Its reported customer traction is still early, with initial orders from automatic parking system providers in Israel. Charging Robotics also expanded through the acquisition of Revoltz Ltd., which became a majority-owned subsidiary in June 2025.

## Products & services

• Wireless EV charging systems for automatic parking facilities
• Transmitter and receiver coil modules
• Installation and commissioning services
• Laboratory testing and system validation
• R&D for robotic-platform charging applications

- **Wireless EV charging systems** (70%) — Complete wireless charging solutions for EVs parked in robotic or automatic parking facilities.
- **Charging hardware modules** (20%) — Transmitting and receiving coil components used in the wireless power transfer system.
- **Installation and integration services** (10%) — On-site installation, setup, and testing of charging systems within parking infrastructure.

- Wireless EV charging systems for automatic parking facilities
- Transmitter and receiver coil modules
- Installation and commissioning services
- Laboratory testing and system validation
- R&D for robotic-platform charging applications

## Customers

The company’s current buyers are automatic parking system (APS) providers that need EV charging to work inside parking facilities where drivers cannot access the vehicle after parking. Reported customers include Electra Parking Solutions, Parkomot, and Parking Design, all in Israel. These customers buy the system because cable-based charging is impractical in robotic parking environments and the product is designed to solve that operational constraint. The company’s near-term commercial success depends on converting these early APS orders into repeat deployments and broader adoption in parking infrastructure projects.

- **Automatic parking system providers** (primary) — Buy wireless charging systems to embed EV charging into robotic parking workflows where manual plug-in is impossible.
- **Parking facility developers and operators** (secondary) — Purchase installed systems for new or upgraded parking projects to add EV charging capability without changing the parking process.
- **Infrastructure and mobility integrators** (secondary) — Use the company’s modules and installation expertise to add wireless charging into larger smart-parking or mobility projects.

- APS providers that integrate charging into robotic parking systems
- Parking infrastructure operators that need unattended EV charging
- Customers buying because cable charging is not feasible after parking
- Early adopters testing the system in real parking facilities
- Potential future buyers in automated mobility and parking projects

## Geography

Operationally, the company is based in the United States but its disclosed commercial activity is centered in Israel through its subsidiary Charging Robotics Ltd. The reported installed and planned systems are tied to Israeli APS customers, including a Tel Aviv installation and additional deployments scheduled in Israel. This makes the business highly dependent on the timing of local parking-facility construction and readiness, since installation cannot be completed until the infrastructure project is finished. The company also has an Israeli development footprint, reflecting its technology origin and product engineering base.

- **Israel** (100%) — All disclosed customer orders and installations are in Israel.

- United States corporate base and reporting jurisdiction
- Israel is the main commercial market disclosed in reports
- Tel Aviv installation used for initial testing and validation
- Customer deployments depend on Israeli parking-facility completion
- Israeli subsidiary houses the core technology development effort

## Strategy

The company is focused on commercializing its wireless EV charging system in robotic parking environments, where the use case is most clearly differentiated and technically necessary. Near-term strategy appears to center on completing installations, finishing testing, and proving reliability in real-world parking facilities before scaling sales. Management also indicates a need to broaden product applications beyond the current APS use case, including robotics and stationary platforms, to expand the addressable market. Financing and capital discipline are central to the strategy because the company is still pre-revenue and must fund R&D, integration work, and commercialization.

- **Complete current installations and testing** (short-term) — The company needs working reference deployments to validate performance and support future sales.
- **Commercialize the APS use case** (short-term) — Automatic parking is the clearest initial market where cable charging is not feasible.
- **Broaden the technology platform** (medium-term) — Using the same wireless power transfer module in other applications could enlarge the addressable market.
- **Raise capital and manage liquidity** (short-term) — The business is still loss-making and needs funding to continue development and commercialization.

- Commercialize wireless charging in automatic parking facilities
- Complete installations and testing to prove system reliability
- Use early Israeli deployments as reference sites for sales
- Expand the technology beyond APS into robotics and stationary platforms
- Secure financing to support R&D and commercialization

## Risks

The company faces execution risk because its product must be installed inside larger parking infrastructure projects, so delays in construction directly delay revenue recognition and customer acceptance. Commercial risk is high because the business is still early-stage and has not yet generated revenue, making it dependent on a small number of initial customers and successful pilot deployments. Funding risk is also material, as the company has a working capital deficit and relies on external financing to support R&D and operating expenses. More broadly, the business is exposed to technology adoption risk, product reliability risk, and the possibility that competing charging solutions or alternative parking designs reduce demand for its wireless system.

- **Project completion delays at customer sites** [high] — The system can only be installed and fully tested after the parking facility is complete, so construction delays push out revenue and validation.
- **Liquidity and going-concern pressure** [high] — The company is pre-revenue and has a working capital deficit, so it depends on financing to continue operations.
- **Technology commercialization risk** [high] — The product is new and must prove performance, reliability, and customer acceptance in real-world parking environments.
- **Customer concentration** [medium] — Reported orders come from only three APS providers, making near-term demand dependent on a small number of counterparties.
- **Dilution from financing instruments** [medium] — The company has issued warrants and equity in connection with financing and strategic transactions, which can dilute existing shareholders.

- Dependence on completion of third-party parking projects before installation
- Very limited customer base and early-stage commercialization risk
- Need for ongoing external financing to fund operations
- Technical and reliability risk for a new wireless charging system
- Risk that market adoption is slower than expected in APS environments
- Potential dilution from equity financing and warrants

## Accounting

The company is still pre-revenue, so reported results are driven mainly by R&D, general and administrative expenses, and financing-related items rather than operating sales. Revenue recognition will likely be judgmental once installations begin, because the business may need to determine when a system is accepted, installed, and ready for customer use in a multi-step project environment. Stock-based compensation is a critical estimate because the company uses the Black-Scholes model and must assume volatility, expected life, and other inputs without a long trading history, which can materially affect net loss. The acquisition of Revoltz and the remeasurement of a pre-existing equity investment also introduce fair-value accounting judgments that can create non-operating gains or losses unrelated to core product performance.

- **Revenue recognition for installation projects** — Could materially affect quarterly revenue timing once commercialization begins.
- **Stock-based compensation valuation** — Affects reported operating loss and EPS.
- **Fair value measurement of Revoltz investment** — Can create non-recurring income that distorts core operating performance.
- **Acquisition accounting and consolidation** — Affects revenue, expenses, assets, and cash flow presentation.

- Pre-revenue profile means expenses dominate reported results
- Revenue recognition will depend on installation and customer acceptance timing
- Stock-based compensation uses Black-Scholes assumptions with limited trading history
- Fair value remeasurement of Revoltz investment can create non-core gains or losses
- Acquisition accounting may affect future consolidation and comparability
- Quarterly results may be volatile because project milestones drive activity

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*Last updated: 2026-04-28T14:26:30.437337+00:00*