Online UPS
The supported online operating path keeps the load continuously powered while external energy and the internal battery are managed behind it.
TRUGYTEX · POWER SYSTEMS
TrugyTex builds tightly integrated power and energy-management hardware. PwrMini P1 brings online UPS continuity, direct-DC delivery, and real-time system awareness into one Mac mini-sized foundation.

Power electronics, embedded control, and electromechanical design—developed as one system.
PWRMINI P1
P1 is designed to sit beneath Mac mini, stay present in the power path, and coordinate energy across the desk without adding another bulky appliance.
The supported online operating path keeps the load continuously powered while external energy and the internal battery are managed behind it.
A dedicated high-voltage DC path and bidirectional USB-C ports reduce unnecessary conversion stages across compatible equipment.
The front display surfaces battery, source, voltage, and live power information where it can be understood at a glance.
SYSTEM ARCHITECTURE
PowerMatrix Pro routes energy through a purpose-built DC architecture instead of repeatedly converting battery power into AC and back again. The result is a shorter, more observable path between source, storage, and load.
Efficiency and available output vary with source, load, operating mode, firmware, and connected accessories. See the manual for interface limits and safe operating procedures.
DESIGNED AROUND THE DESK

The enclosure works with the Mac mini footprint and keeps intake and exhaust paths clear when installed correctly.

Short, deliberate cable paths keep the installation compact while dedicated interfaces separate control and power duties.

A mechanical linkage preserves access to the Mac mini power control after the two products are stacked.
OMNIVOLT SMARTDC
With two bidirectional USB-C ports and the optional OmniVolt SmartDC Kit, P1 can support compatible routers, storage, displays, and other DC equipment at selected voltage profiles.

ENGINEERED IN LAYERS
P1 combines port-level protection, battery monitoring, thermal awareness, and deliberate high-voltage controls. Clear status indicators and a two-step activation flow help make the system state visible before energy is enabled.
Input, output, over-current, and short-circuit events are handled at the relevant power paths.
Cell voltage and temperature are monitored continuously by the battery-management system.
High-voltage output uses a deliberate confirmation sequence and a direct emergency-stop command.
ABOUT TRUGYTEX
TrugyTex brings together a multidisciplinary engineering team with backgrounds in commercial space systems, embedded electronics, intelligent control, and electromechanical product development. Our experience spans system architecture, power and communications, sensing and control, mechanical design, firmware, prototyping, validation, and product introduction.
Working on tightly constrained hardware has shaped a whole-system mindset—balancing performance, reliability, thermal behavior, serviceability, and user experience instead of optimizing one component in isolation. We apply that discipline to compact power products for personal computing and edge devices.
Electrical, firmware, mechanical, thermal, and interaction decisions are reviewed as one architecture.
Prototypes are measured, stressed, revised, and documented before claims become product language.
Advanced engineering should make daily use simpler, not ask the user to manage more machinery.
WATCH & LEARN
Product walkthroughs and independent perspectives show how the hardware fits into a real Mac mini setup.
SUPPORT
Read the complete operating and safety manual before enabling high-voltage output. For product questions, contact the team that best matches your request.