Elektros Considers Selling Fast-Charging Patent to Speed Up Electric Vehicle Refueling

2026-11-12 companies

West Palm Beach, Thursday, 12 November 2026.
Elektros opened talks today regarding selling its multi-port charging patent, which targets a six-minute electric vehicle recharge, though a functional prototype has yet to be built.

Elektros Advances from Prototype to Patent Potential Sale

Elektros Inc. (OTC PINK: ELEK), a Florida-based developer of electric vehicle (EV) charging infrastructure, has advanced its multi-port charging technology from patent filing to preliminary acquisition discussions within a year [1][2][3]. The company’s patented system, covered under U.S. Patent No. 12,522,100 B1—issued on January 13, 2026—combines multiple power inputs with electronic control to balance and adjust power delivery based on supply and vehicle requirements [1][2][3][4][5]. While Elektros had previously aimed to demonstrate a prototype capable of recharging an EV in approximately 6 minutes, the company has not yet produced a functional model, nor has it announced any commercial deployment or verified performance metrics [1][2][3][4][5].

Industry Context: Fast Charging as a Critical EV Adoption Driver

The push for faster EV charging has intensified as industry leaders identify long refueling times as a persistent barrier to mass adoption [2][3][5]. Bloomberg reported on January 28, 2026, that charging delays remained a ‘stumbling block to EV adoption,’ while U.S. networks expanded ultra-fast charging infrastructure by 48% in 2025, adding approximately 11,300 fast-charging cords [2][3][5]. Reuters highlighted on April 24, 2026, that BYD prioritized ultra-fast charging as central to addressing driver concerns, with Executive Vice President Stella Li stating that the technology ‘solves the last barrier for EV adoption’ [2][3][5]. Industry executives, including EVgo’s CEO Badar Khan, have echoed this sentiment, emphasizing that faster charging can make EV ownership more convenient and support broader market growth [6].

Preliminary Talks Signal Strategic Shift for Elektros

On November 12, 2026, Elektros convened a preliminary meeting near West Palm Beach, Florida, with an undisclosed prospective party to explore the potential sale or assignment of its multi-port EV charging patent [1][2][3]. The exploratory discussions—scheduled for 11:00 a.m. Eastern Time—focused on evaluating transaction structures, including partial licensing or a full transfer of patent rights, though no definitive terms, binding agreements, or valuation metrics have been established [1][2][3]. CEO Shlomo Bleier framed the talks as an early-stage opportunity to assess the patent’s market potential, stating: ‘We believe this patent merits serious, thoughtful evaluation because charging speed and convenience remain important issues for the electric-vehicle market’ [1][2][3]. Bleier added that the meeting was preliminary, with the goal of understanding the prospective party’s interest and determining whether further discussions are warranted [1][2][3].

From Aspiration to Reality: Unverified Objectives and Market Reaction

Elektros has positioned its multi-port charging technology as a potential solution to the industry’s charging-speed challenge, with an aspirational objective of achieving a full recharge in 6 to 7 minutes—significantly faster than the standard 55-minute or longer sessions reported in some scenarios [1][2][3][4][5][6]. However, the company has repeatedly clarified that this objective is not a demonstrated capability, nor has it been independently verified or commercially validated [1][2][3][4][5][6]. Despite the lack of a working prototype, Elektros’ stock (ELEK) saw a 12.5% increase in closing value on November 9, 2026, during the Argus session, with volume at 0.7x relative levels [7]. The company continues to evaluate engineering pathways toward prototype development, including design, testing, safety assessments, and financing, while engaging with interested parties regarding potential applications and licensing opportunities [1][2][3][4][5][6][8].

Sources

EV infrastructure Patent acquisition