$10–13 per module
Additional manufacturer margin
Commercial scenario
Contact engineering for solar manufacturing
More voltage.
More value.
The same platform.
A novel p-type contact technology, with an initial retrofit focus on n-type TOPCon cells. We aim to capture the value through asset-light IP licensing.
Estimated $10–13 additional margin per module · Commercial scenario
01 / Contact engineeringSiVolt technology
+90mV
20-cell sampleReported laboratory voltage gain
+9.6% energy yield
More electricity from the same footprint
Commercial scenario
700 GW / year
TOPCon manufacturing reference capacity
October 2026 Reference Model
$8–15M annually
Illustrative royalties at 1% adoption
Commercial scenario
One interface. Two value pools.
Better factory economics.
Stronger generating assets.
SiVolt targets a contact-level improvement where small changes in cell performance can create substantial value across the solar chain.
For manufacturers
More margin from
every module.
An estimated $10–13 additional margin per module, with an intended retrofit path inside existing TOPCon production.
Commercial scenarioView manufacturer economicsFor developers & financiers
More electricity from
the same footprint.
The +9.6% energy-yield scenario can improve revenue, equity returns and debt coverage when the additional energy can be delivered.
Commercial scenarioModel your project
Why start with TOPCon?
A large existing
manufacturing platform.
TOPCon means tunnel oxide passivated contact — an established silicon solar-cell architecture. Our initial integration programme focuses on improving its front contact while retaining the underlying manufacturing sequence.
This creates a route to scale through licensing into existing production capacity. TOPCon is our initial industrial focus; compatibility with other cell architectures will be assessed separately.
Explore the contact architectureThe SiVolt business model
Own the IP.
License the process.
Scale with adoption.
Manufacturers invest in production assets. Developers own the generating projects. Our commercial model focuses on long-term licensing royalties for enabling the improvement.
Explore the licensing model01
Protected technology
Contact architecture and process know-how
02
Manufacturer adoption
Industrial validation, pilots and licensing
03
Recurring royalties
Revenue linked to licensed production
An asset-light IP platform serving the manufacturing capacity the industry already owns.
A clear path to bankability
Promising evidence.
Defined next milestones.
The laboratory signal is the starting point. Commercial adoption depends on repeatable industrial performance, reliable modules and independently measured field data.
See the validation roadmap20% towards 27%
Cell efficiency development targetThe efficiency endpoint remains a target. The energy-yield scenario is a separate assumption requiring field validation.
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