Welcome to our main portfolio page! Check out some of our 3D renders and details of our featured designs that were recently completed for our clients.
Smart. Tough. Ready for high voltage.
This powerhouse board lets you remotely monitor and control high-power inverter and high-voltage battery systems with industrial-grade isolation, rich I/O, and a built-in supercap backup — all powered by a Raspberry Pi CM4 or Banana Pi CM4.
Pure logic. No code.
A microcontroller-free safety system that validates solar grounding and monitors earth leakage — built entirely from discrete logic and certified on the first go.
Power. Precision. Protection.
This control-stack workhorse of the inverter handles high-voltage sensing, signal integrity, and safety — all in one certified design.
Smart links. Rock-solid control.
From IGBTs to cooling fans, this certified board bridges power and precision across the inverter’s high-voltage core.
A key component of the Inverter Test Bench Project, this modular motherboard supports up to ten custom interface modules — powering, testing, and protecting devices under test with a precision adjustable supply and smart USB/Wi-Fi control interface.
Plug. Load. Verify.
This 16-channel test module ensures every power rail behaves as expected — catching population faults before they become failures.
Precision you can trust.
32 channels. 16-bit resolution. Up to 400 V — this module captures real-world voltage behaviour under load with lab-grade accuracy.
Talk. Test. Trigger.
With RS485, UART, relays, and opto-isolated I/O — this module puts the inverter’s comms to the test.
Inject. Measure. Adapt.
32 high-resolution channels with built-in feedback — delivering precise voltages even under load, from 0–5 V to 0–24 V.
Rapid response. Precise protection.
Safeguards the 0DD-104 with tight-tolerance overvoltage cut-off and reverse polarity defence during bring-up.
Rapid response. Precise protection.
Safeguards the 0DD-185 with tight-tolerance overvoltage cut-off and reverse polarity defence during bring-up.
Small circuit. Big job.
Mounted directly on 800 A, 1200 V IGBTs, this snubber protects against voltage transients in synchronised switching — designed with care for current, clearance, and corrosion prevention.