공지 • Mar 05
Charging Robotics Inc. announced that it expects to receive $2 million in funding Charging Robotics Inc. entered into a securities purchase agreement with certain accredited investors pursuant for 500,000 shares of common stock or pre-funded warrants to purchase common shares of common stock at a purchase price of $4 per private placement share and $3.9999 per pre-funded warrant for aggregate gross proceeds of approximately $2,000,000 on March 4, 2026. The pre-funded warrants will be immediately exercisable upon issuance at an exercise price of $0.0001 per share and will not expire until exercised in full. The private placement shares, the pre-funded warrants to be issued in the private placement offering and the shares of common stock underlying the pre-funded warrants are being offered and sold pursuant to an exemption from the registration requirements under Section 4(a)(2) of the Securities Act of 1933, as amended (the “Securities Act”). 공지 • Jun 30
Charging Robotics Inc. (OTCPK:CHEV) entered into a securities exchange agreement to acquire 32.74% stake in Revoltz Ltd for ILS 23.7million. Charging Robotics Inc. (OTCPK:CHEV) entered into a securities exchange agreement to acquire 32.74% stake in Revoltz Ltd for ILS 23.7million on June 24, 2025. The consideration consists of 1.39 million common equity of Charging Robotics Inc. to be issued for common equity of Revoltz Ltd. As part of consideration, an undisclosed value is paid towards common equity of Revoltz Ltd. Following the Closing, CHEV shall hold 32.74% of the issued and outstanding share capital of REVOLTZ, Free and Clear, on a fully diluted basis. The Acquisition is expected to close on or about June 30, 2025, subject to the satisfaction of customary closing conditions, and resulted in Revoltz becoming a majority-owned subsidiary of the Company. On or before the Closing Date, CHEV and the Exchanging Shareholders have each obtained and delivered, as applicable, all necessary third party consents required to adopt and approve this Agreement and to consummate the Transactions or any other related transactions contemplated hereby. Each of the Board of Directors and General Meetings of each of CHEV, and REVOLTZ shall have approved the execution of this Agreement and the Closing of the Transactions. 공지 • Apr 01
Charging Robotics Inc. announced delayed annual 10-K filing On 03/31/2025, Charging Robotics Inc. announced that they will be unable to file their next 10-K by the deadline required by the SEC. 공지 • Dec 28
Charging Robotics Announces Positive Results in Transferring High Voltage Wireless Electricity Needed for Ev Charging Medigus Ltd. announced that Charging Robotics Ltd. announced it has successfully completed an important milestone towards the installation of its wireless charging system in automatic car parks as part of its pilot program with an automatic car park provider in Israel. This milestone included a successful experiment for transferring high voltage (up to 450 V) electricity in a wireless manner needed for electric vehicle ("EV") charging. The experiment was conducted in order to verify that the proprietary voltage and current control algorithms developed by Charging Robotics are capable of controlling the voltage and current within the required limits. The experimental system included two resonance coils designed and manufactured by Charging Robotics. These coil were held at an air gap distance of 40mm. The electricity was transferred from one coil to the other by means of electromagnetic induction. The source for the electricity was a direct current electricity ("DC") power supply fed from 3 phase grid power sources. The DC power was converted to alternating current ("AC") at resonance frequency using a power circuit designed by Charging Robotics that fed the transmitting coil. From the receiving coil, the induced power was converted from AC to DC using a similar power circuit. All algorithms needed for the control of the system were developed by Charging Robotics. This successful experiment will enable the pilot program to progress to the next step, which is the full charging of an EV using the wireless charging system developed by Charging Robotics at a higher voltage. If the next trial is successful it will be followed by the installation of the system at the automatic car park to be used for wirelessly charging EVs. 공지 • Dec 27
Charging Robotics Ltd. Piloting Its Unique Wireless Charging Solution to Meet the Growing Demand for Electric Vehicle (Ev) Charging Systems Fuel Doctor Inc. announced that its wholly owned subsidiary, Charging Robotics Ltd. is currently piloting its unique wireless charging solution to meet the growing demand for electric vehicle (EV) charging in automated parking systems. In August 2023, the company announced it started a pilot project with an automatic car park provider in Israel to evaluate Charging Robotics' wireless charging system for electric vehicles. For that purpose, in November 2023, the company secured funding from the Israel Innovation Authority to fund the pilot project. The total approved budget for this project is approximately NIS 1.2 million (approximately USD 445,000), of which the Israel Innovation Authority will finance 50%. The wireless charging system is set to answer the unmet need of charging EVs in automatic car parks. Automatic car parks are gaining popularity as they offer an ultra-efficient solution to park cars, while also reducing expensive real estate costs. However, since these are automated facilities, currently there is no way for the driver to connect a charging cable to the vehicle. This is a major concern and a market inhibit for automated parking manufacturers and EV manufacturers, particularly in areas where electric vehicles are growing rapidly- this is the con Charging Robotics aiming to address. Besides enabling EV charging in automatic car parks, the wireless charging system has numerous advantages, including: Seamless Integration: the wireless charging system will be seamlessly integrated into the automatic car park infrastructure, requiring minimal modifications to the existing layout. This ensures a minimum installation process while maximizing parking capacity. Convenient Charging Experience: drivers will start the system using a dedicated smart phone application, which will also notify the driver about the charging process. Scalability and Adaptability: the system's modular design enables easy scalability, allowing the parking lot operator to increase the number of chargers in the facility based on the number of electric vehicles. The system will be able to charge all electric vehicles at efficiencies of >93% which is outstanding for wireless charging systems.