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APG × AXON · OPPORTUNITY ATLAS
Compare assumptions and next development steps before opening a track. The catalogue contains 44 opportunity tracks, 6 shared capabilities and 13 screened-out tracks — not 63 finished products.
63 tracks
Explore the introductions by application field and maturity. Detailed financial assumptions are available with each complete case on the internal site.
Explore a potential conversion architecture between the grid and the power demands of AI infrastructure.
Design the power stage for heavy electric transport with a clear path from today’s charging needs to potential bidirectional operation.
Turn switching losses, overshoot and stability into a measured basis for the next design decision.
Read the introduction →Help a module manufacturer turn packaging knowledge into a repeatable process and a better design.
Read the introduction →Develop the driver architecture around the actual SiC switch and system protection requirements.
Read the introduction →Investigate an isolated auxiliary supply for a gate driver in a 10 kV module environment. The 15 W nominal power target requires validation alongside insulation and coupling capacitance.
Read the introduction →Find the cause of recurring field failures before the next hardware revision enters production.
Read the introduction →Reduce oscillations and EMC issues by co-designing the driver, layout and switching cell.
Read the introduction →Give development tracks accountable commercial and operational leadership from customer problem to funded decision.
Read the introduction →Turn repeated MV testing engagements into a configurable test cell for selected laboratories.
Read the introduction →Document lifetime and degradation under thermal and electrical stress to support an OEM qualification decision.
Read the introduction →Find power-stage, thermal and stability problems before expensive external qualification.
Read the introduction →Give projects and lenders independent visibility into whether a storage converter meets the agreed test plan.
Explore whether multiple customers can share specialised packaging infrastructure and expertise.
Read the introduction →Make it easier for an OEM to evaluate a validated solution in its own switching cell.
Read the introduction →Package a validated auxiliary supply in a format that is easier to integrate in laboratories and installations.
Read the introduction →Adapt the isolated supply to specialised floating and high-voltage environments.
Read the introduction →Explore new medium-voltage converter possibilities through module and packaging development.
Read the introduction →Explore whether stabilisation can be integrated into an OEM module design to create a licensable advantage.
Read the introduction →Scale current and power by making parallel modules operate stably together.
Read the introduction →Shorten integration work with module and gate-drive models that can be compared with measurements.
Read the introduction →Explore a compact, controllable interface between the medium-voltage grid and local DC systems.
Connect DC voltage levels with galvanic isolation as a building block in new energy systems.
Develop the low-voltage conversion block within a broader grid-to-chip architecture.
Explore whether SiC and converter expertise can improve selected parts of wind-power electronics.
Explore offshore DC collection as a long-term systems track with energy, cable and converter trade-offs.
Explore fast interruption and protection in DC networks and battery systems.
Explore stability and integration in press-pack-based power systems.
Read the introduction →Explore whether installed converters can be stabilised without complete replacement.
Develop the power stage moving energy between battery and grid with the right operating and integration requirements.
Help a charger manufacturer develop the power block that enables megawatt charging.
Adapt high-power charging to vehicle operating windows at depots, ports and mines.
Make the module and reference design a scoped building block in the OEM converter.
Read the introduction →Explore how converter hardware and control together can support grid-forming operation.
Create a shared control platform when it makes an active hardware engagement faster and more testable.
Read the introduction →Explore selected power-stage problems in industrial power continuity and motor control.
Read the introduction →Explore a traction block for heavy vehicles with specific load and robustness requirements.
The complete charging system has been assessed but sits outside the current focus on power stages and specialist engineering.
Connect port, grid and vessel with a conversion system suited to short stops and high operational criticality.
Read the introduction →Explore a robust supply for remotely operated underwater vehicles, focusing on integration and reliability.
Read the introduction →Explore converter building blocks for vessel DC networks and variable-frequency drives.
Read the introduction →Explore whether controlled electric RF heating can improve a specific industrial process in a permitted field of use.
Read the introduction →Explore a specialised RF power block for plasma and coating equipment.
Read the introduction →Explore long-term supply opportunities for scientific facilities with demanding RF requirements.
Read the introduction →Explore specialised RF supplies for imaging and measurement systems.
Read the introduction →Explore the relevance of power-supply and RF expertise in professional communications systems.
Read the introduction →Medical RF is an assessed, screened-out application; it is not offered as a product.
Read the introduction →Wood and furniture applications are recorded as a screened-out track.
Read the introduction →Semiconductor heating is recorded as an assessed opportunity without an active development commitment.
Read the introduction →Explore robust supplies for demanding environments through a scoped, funded research programme.
Read the introduction →Pulsed power for plasma and fusion research is a screened perspective, not an active offering.
Read the introduction →Explore whether a specialised power block can solve a specific problem for battery-test equipment manufacturers.
Read the introduction →Explore auxiliary power for geothermal and other high-temperature operating environments.
Read the introduction →Explore a specific conversion task between the grid and an electrolysis plant.
Explore interfaces between solar power, local DC grids, storage and loads.
Low-noise audio has been assessed and screened out as a standalone focus.
Read the introduction →Airport ground power and vehicle charging have been screened but are not prioritised as a separate product.
Large heat-pump drives are an assessed perspective without active product development.
Read the introduction →The low-ripple rectifier is screened out; a technical property is not a customer value by itself.
Rail traction is an assessed long-term market, but not an active offering.
Expansion to higher RF frequencies is screened and requires a separate technological rationale.
Read the introduction →Electrified aviation is a long-term, screened perspective with specific weight and qualification demands.
Space applications are an assessed perspective without an active delivery or investment commitment.
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Detailed assumptions, financial scenarios and internal review material are preserved on the access-controlled internal site.
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