Parkomat: The Gap Between Pilot and Commercialization in Charging and Storage

Where The Leap Still Stalls

The main article argued that Parkomat returned to growth and positive operating cash flow in 2025, but still had not fully normalized profitability. This follow-up isolates the charging, backup, storage, and microgrid effort because this is the one area that can cut both ways: if it reaches commercialization, the company gets a second engine beyond parking systems. If it does not, it remains a development layer that consumes management attention, time, and potentially capital.

The first point that needs sharpening is that the company is not starting from zero. It already says it has standard charging products that were physically installed in several robotic parking systems. So the basic compatibility between robotic parking and EV charging is no longer just a slide. But that is still very different from building a real business around fast charging, storage, backup power, and microgrid infrastructure. That is where the real gap sits.

The report lays out a fairly clear commercialization ladder. At one end there is Jupiter EV, a dedicated subsidiary meant to develop and build robotic fast-charging systems. At the other end there is a much broader vision of Charging Hubs, standalone energy supply and backup systems, and microgrid applications that could potentially extend to ports, defense sites, and data centers. Between those two endpoints, what exists today is mostly proof of feasibility.

This is the core point. The company has already shown it can connect parking and charging. It still has not shown that this is a standalone economic unit.

What Was Actually Proven In 2025

At the product level, the company describes three connected tracks. The first is a fast-charging solution embedded in a robotic parking system for dense urban areas where parking space itself is the bottleneck. The second is the mobile system demonstrated at the AI ON TRACK event in September 2025, combining fast charging, storage, backup, and mobility. The third is PowerUp, an energy storage and backup system built around backup batteries and an advanced energy-management card.

At the field level, there is already more than one proof point. The company took part in a successful pilot of an energy-backup system for Netivei Israel, intended to keep traffic lights functioning during blackout conditions. In the fourth chapter of the report, it also says that four solutions were tested in the pilot after an initial screening process, and the company was one of them. In addition, the first energy-backup product was installed in the parking system delivered at the One Ha'am 13 project in Tel Aviv. Those are meaningful milestones because they show the development effort has already moved into field testing and first installation.

There is also progress on the partnership layer, but it needs to be read correctly. With GO EVE, the company has an MOU for long-term representation in Israel, and cooperation is described as progressing positively. It has already applied GO EVE's DockChain technology in the practical demo of the mobile unit. That is a good sign that the partnership is serving real product development rather than just narrative packaging. Still, the report does not yet disclose a commercial contract that came out of this layer.

Where Commercialization Still Has Not Started

The largest yellow flag is the operating structure. If this activity were already close to real commercialization, one might expect the dedicated subsidiary to be the entity beginning to collect activity, investments, or contracts. In practice, the opposite is true: Jupiter EV has existed since May 2022, but by the end of 2025 it had carried out no activity or investments, while initial development remained inside the parent company. That does not make the effort unserious. It does mean the company itself still has not moved from building an option to building an active business unit.

The second yellow flag is the type of proof disclosed. Every milestone in the report still sits in one of three categories: pilot, demo, or first installation. There is no dedicated order for a Charging Hub, no separate backlog for charging and storage, no anchor customer committed to a wider rollout, and no revenue disclosure that would let the reader say this activity has already been born as a small segment inside the company. The distance between what the company can show and what the market may want to price is still wide.

The third yellow flag is that management packages together several different paths under one narrative. Part of the story is a natural extension of the parking core, such as adapting robotic systems to EV charging. Another part is already a different business entirely: fast-charging infrastructure, energy storage, backup systems, and microgrid applications for fleets, buses, or urban sites. Those are not necessarily the same product, the same sales cycle, the same capital profile, or the same competitive set. As long as the report does not separate them at the level of contracts or revenue, the safer read is to treat the whole bundle as one growth option still looking for its final commercial shape.

What The Budget Says About Commitment

The company invested NIS 429 thousand during the reporting period in smart fast-charging development and in PowerUp, after NIS 146 thousand in the prior period according to the business-description chapter. But the use-of-proceeds section reveals the more important picture: out of an original NIS 3-4 million allocation for smart fast-charging solutions, only NIS 436 thousand had been used in 2023 and 2024 and another NIS 429 thousand in 2025, or NIS 865 thousand in total by the end of 2025. That is still less than one-third of the originally earmarked range.

That number matters because it shows the company still has not entered the heavy-investment phase. On one hand, this is not a brand-new idea. Since 2022 the company has had both a dedicated subsidiary and a dedicated budget line from IPO proceeds. On the other hand, the actual pace of spending through the end of 2025 was still fairly cautious, and the company itself says development spending over the next 12 months is expected to be about NIS 1 million, and possibly more through an equity raise.

This is where funding becomes part of the thesis. In absolute terms, NIS 1 million is not enough on its own to destabilize the company. But the phrase "and possibly more through an equity raise" matters more than the number itself. It signals that management already understands that moving from pilots to commercialization may require a different budget step. In a trading setup with a market cap of about NIS 65 million and daily turnover measured in only tens of thousands of shekels, any material expansion of spending before clear contracts emerge can turn quickly from a development question into a dilution question.

The Real Test In 2026

The right way to read this arm is not as failure and not as success, but as an open gap between technical feasibility and commercialization. There is integration proof, a pilot, a first installation, a technology partner, a subsidiary, and a dedicated budget. This is no longer slideware. But the three ingredients that actually change the economics are still missing: a repeat contract, an anchor customer, and separate disclosure showing how the activity generates revenue rather than interest.

So the key question for 2026 is not whether Parkomat knows how to talk about charging and energy. It already does. The question is whether one of the three tracks, charging embedded in parking systems, PowerUp-type backup solutions, or Charging Hubs and microgrid infrastructure, moves from demonstration into a measurable commercial path. Without that, the innovation arm remains mostly a strategic story that extends the horizon. With it, the business can begin to turn into a real value layer.

Bottom Line

The gap is no longer between idea and product, but between product and contract. That is the sharper version of what the report itself leaves open. Parkomat is already well beyond the presentation stage: it has product adaptation, demos, a pilot, a first installation, and a strategic program that puts charging and energy at the center of future growth engines. But as long as Jupiter EV remains inactive, as long as commercialization does not show up in backlog or revenue, and as long as management itself keeps an equity raise on the table, the right read is to treat this activity as an advanced option, not a proven engine.

If the next reports bring a dedicated contract, a recurring anchor customer, or actual operating activation of the subsidiary, the read can change quickly. If not, the market is likely to keep treating charging, storage, and microgrid as an interesting promise that still runs ahead of commercialization.