Prototype Mk-0

Why Mk-0?

Because our MVP needs to be scalable to a point of universal utility. With the proof of concept crystalized (If you pardon the pun), the road to the ultimately adaptable Piezoelectric Unit doesn’t seem that long anymore. With funding and the upcoming iterations secured, we have the luxury of taking it slow, yet accelerating.

Progress Tracker

  1. Yield Thresholds ✅

  2. Current Equalizer ✅

  3. Array Fitting✅

  1. Crystal Composit ✅

  2. Stress-Response Ratio✅

  3. Casing Conductivity ✅

  1. Board Layouts ✅

  2. Controller Compatibility 🔬

  3. Form Factor Constraints 🔬

April 21th

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April 21th -

  1. Combination Modelling

  2. Serial Interface Port

  3. SaaS Base Code

April 1st, 2025

First Module success:
Testing Begins.

- KCM Tech

April 3rd, 2025

✅ 1. Yield Thresholds

Complete – PSCB Mk-0 consistently reaches operational voltage under minimal stress. Yield per cycle confirmation across 10-module simulations.

✅ 2. Current Equalizer

Complete – Internal balancing verified. Voltage spikes were mechanically suppressed across array strings; the passive equalizer successful at sub-1% deviation across tests.

April 4th, 2025

✅ 3. Array Fitting

Complete – Modular 1 Unit frame & attachments.
For Mk-I: Scaled array design fits within Mk-1 dimensions. Pathways for 6× and 12× module integration confirmed on a 2-layered substrate or conductive mold.

✅ 4. Crystal Composit

Complete – Crystaline-Ceramics on CU plating.
For Mk-I: Ceramics selection narrowed to optimal PZT-ZnO hybrids. Material screening validated composite resilience and piezo coefficient performance.

April 10th, 2025

✅ 5. Stress-Response Ratio

Complete – Minimum input force-to-output ratio mapped. Micro-vibration harvesting is confirmed to be viable for passive environments (e.g. body motion, drone chassis).

✅ 6. Casing Conductivity

Complete – Stainless Steel metafold with Acrylic Viewports for Mk-0.
For Mk-I: Hermetically sealed frame using carbon-fiber thermoplastic achieves thermal neutrality + low EMI emission. Stainless composite pass-through tested.

Update April 21st

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Update April 21st -

✅ 7. Board Layouts

🔬8. Controller Compatibility

🔬9. Form Factor Constraints

Interested?

Reach out for further information on our capabilities through the following contact-form or send an email to: contact@kusnierzcm.com