Tralight: Do Market-Model Projects, Storage And Solar Fencing Create A New Engine Or Just A New Pipeline Layer

What This Follow-Up Is Isolating

The main article showed that in 2025 Tralight moved from a development proof to an operating proof, mainly through Taanach 1 and Taanach 2. This continuation isolates the next question in that chain: is the layer Tralight is now trying to build, upper-voltage market-model projects, stand-alone storage and solar fencing, already a new growth engine, or is it still mostly a wider pipeline with better labels.

That matters because these three legs do not sit on the same economics. Taanach 2 relies on bilateral market regulation, availability certificates and payments from Noga. Solar fencing relies on dual-use land, a fixed tariff and peak-hour uplift. Storage relies on availability payments, supply agreements and a better ability to shape power-market exposure. In other words, Tralight is no longer just trying to add another solar field. It is trying to move into a more complex contractual and financing structure that is supposed to carry higher returns and open new land access.

But the evidence also says something less comfortable: this is still not one homogeneous layer of proven assets. Taanach 2 is already close to an engine. Solar fencing is already more than an idea, but it is still mostly an option bank, a permitting bank and a financing story. Storage looks more contracted than the old pipeline, but it is also more exposed to connection bottlenecks, grid-capacity limits and market-structure risk.

Four points matter right at the start:

• Taanach 2 is the only asset in the new layer that already sits inside a relatively complete conversion package. It has financial close, a conditional generation license, a building permit, an availability-certificate sale agreement, a binding MOU with Sungrow and credit lines of up to about NIS 470 million.
• Solar fencing is the widest part of the funnel, but also the part with the biggest conversion gap. There are more than 100 option agreements, negotiations with dozens of additional cooperatives and a total scope of about 250 MW, yet the company explicitly says there is no certainty which options will actually be exercised.
• Storage has already gained a new revenue layer, not just a new equipment layer. B-Light won an availability tariff for a 150 MW / 600 MWh stand-alone storage facility, and in a separate agreement Bezeq-Gen committed to pay a fixed annual fee for eight storage facilities with total capacity of about 330 MWh.
• The portfolio map explains why the market cannot yet treat this layer as fully operating value. Out of the total portfolio, only about 314 MW are already in commercial operation, while 463 MW are under construction, 619 MW are in advanced development and 604 MW are still in initiation. On the storage side, most of the capacity is not in the operating bucket at all.

That chart is the heart of the argument. Tralight has already built a new project layer, but most of the new economics are still sitting in construction, advanced development or initiation. A reader who treats market-model projects, storage and solar fencing as an operating engine is getting ahead of the evidence. A reader who treats them as just another ordinary pipeline misses the contractual quality, the regulatory support and the financing architecture that is already starting to take shape.

Taanach 2 Is Already More Than Pipeline

If one asset in the new layer looks closest to moving from pipeline into engine, it is Taanach 2. Not because it is already producing electricity, but because its conversion package is much deeper than what the other projects currently show.

At the project level, this is a 107 MW DC / 75 MW AC photovoltaic facility combined with 440 MWh of storage, now under construction and expected to reach commercial operation during the fourth quarter of 2026. The important point is not just the size. It is the revenue structure. Upper-voltage market regulation works in two markets at once: an availability market, where the producer sells an availability certificate to a supplier based on the amount of power the facility can reliably stand behind, and a financial energy market, where the producer and supplier can use DFC hedges around the wholesale SMP price. This is no longer a simple fixed-tariff asset. It is a contract, availability and hedging asset.

Taanach 2 already shows that structure in practice. In February 2025 the company completed key milestones under the connection-survey conditions, including financial close, a building permit and a conditional generation license. In September 2025 it signed an agreement with an electricity supplier for the sale of the project's availability certificates, while retaining the right to receive Noga payments for the electricity injected into the grid. The company estimates the combined value of availability-certificate sales and Noga receipts at about NIS 2.3 billion to NIS 2.5 billion over the life of the agreement. A few days later it signed a binding MOU with Sungrow for the storage system and inverters for about USD 40 million, and later signed project financing of up to about NIS 470 million.

That is a very different proof chain from a project that only has land rights or planning. There is a commercial counterparty, financing, equipment, supportive regulation and an institutional partner. In the company presentation, Taanach 2 is already shown with forecast construction cost of NIS 516 million, NIS 155.6 million invested by year-end 2025, forecast full-year revenue of NIS 79.4 million and FFO of NIS 51.1 million on a 100% project basis.

Still, this needs proportion. All of those numbers still sit ahead of first power, ahead of commissioning and ahead of a real market test of the new revenue model. Upper-voltage market regulation does widen the developer's opportunity set, but it also adds new dependencies: technical availability, peak-hour delivery, SMP exposure, hedge quality against the supplier, and the risk that missed availability feeds back into penalties or settlement claims.

So Taanach 2 is not just another development asset, but it is not yet an operating engine either. It is a rare transition stage where Tralight has already shown contract, financing and equipment, but has not yet shown that the whole structure converts into electricity, availability and cash.

Solar Fencing Already Has Its Own Economics, But It Still Needs To Clear The Conversion Test

The most tempting part of the new layer is solar fencing. Here Tralight is trying to turn land scarcity into an advantage through dual-use projects on fences across cooperative land. The company explicitly says that in Israel, given the scarcity of available land and the constraint of the transmission grid, the ability to locate and build dual-use projects is a critical success factor. In that sense, solar fencing is not just another project category. It is an attempt to work around two real sector bottlenecks: land and connection.

The economics also look attractive. In management's presentation, solar fencing is shown with a total tariff of about 93 to 134 agorot per kWh during winter and summer peak hours, made up of a base energy tariff of 38 agorot per kWh plus an additional peak-hour tariff of 55 or 96 agorot per kWh, together with a tariff term of about 25 years. That is already the language of a product with a relatively clear revenue structure.

But this is also exactly where theoretical economics and an operating engine have to be separated. As of the annual-report approval date, the company has more than 100 option agreements for solar-fencing projects combined with storage, is in negotiations with dozens of additional cooperatives, and describes the total scope at about 250 MW. In the same breath, it says there is no certainty which options will be exercised, and that realization depends on regulation, connection responses, technical feasibility, security-related approvals and economic viability. This is already a higher-quality pipeline, but it is still a pipeline.

The really interesting part is how quickly this layer started to gain financing support. In the annual financing note, as of the report approval date, Tralight Solar Fencing Projects only had a non-binding memorandum of understanding with Bank Leumi for credit facilities of up to about NIS 510 million for the fence subproject backlog, with an 85:15 equity-to-debt ratio and an option to move to 90:10, plus coverage ratios of 1.25 at financial close, 1.17 for distribution and 1.05 for breach. In plain English, at annual-report stage this was still a backlog looking for a binding financing agreement. In the presentation published after the report, the picture was already described as a March 2026 signature with Bank Leumi for facilities of about NIS 250 million. That is meaningful. It does not prove the backlog has become electricity, but it does prove it has moved from option status into financing status.

That chart explains why solar fencing still has not earned full engine status. In the under-construction layer, the company shows 51 MW and 119 MWh with forecast full-year revenue of NIS 44.8 million and FFO of NIS 23.6 million on a 100% project basis, yet only NIS 16.6 million had actually been spent by year-end 2025 against forecast construction cost of NIS 274 million. In advanced development the gap is much sharper: 145 MW and 365 MWh with forecast full-year revenue of NIS 122.4 million to NIS 131 million and FFO of NIS 42.9 million to NIS 48.8 million, but only NIS 8.3 million had been spent by year-end 2025 against forecast construction cost of NIS 779 million.

The meaning is straightforward. The economics look interesting, financing is beginning to close, and management's presentation already speaks about roughly 100 permitting processes. But most of the value still has not passed the test of concrete, connection and actual credit drawdown. That is why solar fencing is no longer “just pipeline,” but it is also not yet a functioning earnings layer.

Storage Adds Better Contract Quality, But Also A Different Regulatory Risk

Storage may be the easiest part of the new layer to get excited about, because it adds not only more capacity but a different kind of contract. Tralight, directly and through the B-Light partnership, is active in upper-voltage and high-voltage storage, both as stand-alone storage and as storage integrated into photovoltaic assets. The thesis here is slightly different: not just to generate more kWh, but to get paid for availability, manage dispatch more intelligently and open another revenue stack.

The clearest proof is B-Light's February 2025 win of an availability tariff for a 150 MW / 600 MWh stand-alone storage asset at upper voltage, with an availability tariff of 1.8 agorot per kW paid from commercial operation until the end of 2042, or until the end of April 2043 if additional system needs are integrated at the substation. A few days later B-Light also signed with Bezeq-Gen for the sale of electricity from eight stand-alone storage facilities with total capacity of about 330 MWh, under which Bezeq-Gen will pay a fixed indexed annual payment. The company estimates the cumulative contract value at about NIS 750 million to NIS 850 million over the agreement period.

That already looks different from “maybe we will build batteries one day.” It looks like an attempt to build an infrastructure layer with real contractual anchors. In the presentation, upper-voltage storage also appears as a future project with 690 MWh, a sale tariff of 47 agorot per kWh, expected start-up in 2028 and EBITDA of NIS 59.4 million in a full operating year on a 100% basis.

But storage also exposes a new bottleneck. In August 2025 IEC announced that about 80% of the 2,500 MW allocation made available for stand-alone storage in the transmission-constraint document had already been used, and in the absence of clarity around additional allocation it closed the option to register new stand-alone storage connection requests. The company explicitly says it has no certainty on when additional connection responses may again become available. In other words, storage improves contract quality, but it also pushes Tralight into a tighter race for grid capacity.

One more point matters here. In storage, the company typically signs land-option agreements for periods of up to six years. That means that here too, part of the new layer still sits on a right to build rather than on an active asset. So storage may be the most promising leg in terms of revenue quality, but it is also not the leg that can already be called a closed engine.

So Is This A New Engine Or Just A New Pipeline Layer

The precise answer is that Tralight is building a staged new engine, not just another ordinary pipeline layer, but also not a layer of assets that has already earned full operating credit.

Taanach 2 is the most advanced stage. It already has an availability-certificate contract, Noga receipts, equipment, financing and an institutional partner. It therefore looks like the first operating proof point of the new economics. Solar fencing is the next stage. It has attractive economics, a clearer tariff structure, regulatory tailwinds and financing that is beginning to close, but still not enough capital that has actually hit the ground. Storage adds a richer contract layer, but also exposes Tralight to new grid-capacity and connection dependencies.

So the real test for 2026 through 2028 is no longer whether Tralight can tell a new story. It already can. The test is whether it can push that story through its three real choke points: regulation, connection and financing. If it does, this can indeed become a new engine. If it does not, it will remain a new pipeline layer, just a more expensive and more sophisticated one.