Explore our premium range of precision regulated benchtop supplies, smart regulators, inverters, and specialized test instruments.
Headquartered in the global technology innovation hub of Shenzhen, China, Shenzhen Myami Power Technology Co., Ltd. (MYAMI) stands as a premier technology-driven manufacturer and integrated solution provider specializing in high-precision, industrial-grade power supplies, smart power meters, and comprehensive electrical testing instrumentation.
We build engineering-rigorous hardware that bridges the gap between highly complex electronic scientific research, ultra-high-voltage component stress testing, renewable energy storage development, and automated factory-floor operations. Every system we manufacture is built to satisfy demanding global testing standard frameworks, supporting advanced metrics like ultra-low ripple characteristics, rapid dynamic response, and zero-compromise continuous-duty reliability.
From individual high-precision laboratory benches to complete production-scale aging facilities, MYAMI provides high-precision control, advanced telemetry, and integrated communication protocols needed to support modern automated industrial testing pipelines.
Our specialized engineering portfolio is designed around the demanding needs of research laboratories, aerospace contractors, semiconductor developers, and grid systems.
Engineered for high-precision scientific R&D, semiconductor characterization, and localized PCB fault diagnosis. Standardized with multi-digit LED displays, micro-level current resolution tuning, ultra-low dynamic noise output, and instantaneous recovery times under transient load swings.
Delivering high-current and high-voltage DC/AC regulated power matrices (scaling up to hundreds of volts and thousands of amperes). Specially designed to run continuous duty cycles in motor driver testing, electroplating operations, and automated heavy-load burn-in systems.
Modern testing platforms requiring high-frequency bidirectional power converters, regenerative battery simulators, and variable frequency AC sources. Engineered specifically for EV On-Board Chargers (OBC), Battery Management System (BMS) validation, and solar inverter certification.
Providing high-precision digital power analyzers, harmonic meters, multi-channel oscilloscopes, dynamic LCR meters, and automatic voltage regulators. Designed to equip research labs, compliance test houses, and specialized electronics technical institutes worldwide.
The global push for electrification, smart grids, and clean energy demands highly precise, traceable, and modular energy measurement and control solutions.
In the current industrial landscape, power quality is no longer just a operational concern—it is a critical compliance and efficiency metric. With the exponential rise of high-frequency switching converters (like silicon carbide and gallium nitride architectures) in EV traction inverters, smart grid infrastructure, and consumer electronics, the occurrence of complex harmonic distortion has grown significantly. Manufacturers globally need highly reliable testing devices that can analyze non-linear loads with maximum precision.
At the same time, localized energy regulations, such as the European Union's ErP Directive and Energy Star standards in the United States, mandate precise standby power measurements down to the milliwatt level. To meet these standards, companies require sophisticated power meters and analyzers. This has shifted the demand from traditional analog voltage stabilizers to highly integrated, digitally calibrated, programmable power sources that communicate via industrial bus networks.
As a leading supplier in China, MYAMI addresses this shift by integrating real-time telemetry, remote SCADA connectivity, and ultra-high reliability into all of our product lines. By sourcing from a specialized, vertically integrated supplier, engineering teams can reduce integration complexity while securing traceable testing workflows that satisfy international certification bodies.
Our instrumentation is deployed across diverse and demanding global sectors, guaranteeing operational stability and precise measurements.
EV components operate under demanding thermal and electrical conditions. Our high-power DC test sources and simulated electronic loads replicate rapid battery charging and discharging cycles. This helps engineers validate Battery Management System (BMS) monitoring parameters, measure thermal dissipation, and analyze the conversion efficiency of On-Board Chargers (OBC).
Renewable power systems rely heavily on Maximum Power Point Tracking (MPPT) performance. Utilizing our MPPT controllers, hybrid solar inverters, and variable DC sources, testing laboratories can simulate dynamic solar irradiance profiles. This ensures that hybrid power units convert and store photovoltaic energy with minimal loss under fluctuating input conditions.
Modern smart factories require test equipment to operate within unified automation systems. MYAMI power supplies feature standard RS485, RS232, and CAN interfaces. This allows engineers to easily integrate our power supplies into automated test equipment (ATE) setups, enabling remote voltage ramping, current logging, and real-time safety shut-offs.
Every piece of MYAMI equipment undergoes a multi-stage production and quality control workflow to guarantee high precision, stability, and longevity.
Raw Material Sorting
PCB Checking
Assembling
Debugging
Aging Process
Metrological Calibration
Final QC Checking
Secure Packaging
Precision Soldering
Screwdriver Torque Control
Our calibration facility is equipped with advanced diagnostic tools to ensure every power stabilizer, digital meter, and instrument meets our strict accuracy specifications.
A closer look at the equipment and techniques we use to verify the performance and calibration of our power products.
Reliable power testing requires strict compliance with international standards and accessible technical support.
To support global supply chains, MYAMI maintains compliance with key international quality and safety certifications. Our production management processes are certified under ISO 9001. Additionally, our industrial equipment carries CE and RoHS compliance markings, ensuring safety and environmental acceptability in demanding European and North American markets.
Furthermore, we understand the importance of reliable local support. We assist engineering projects with several key services:
Adapting our product designs to support high-efficiency power architectures and smart grid integration.
Our research and development pipeline focuses on three main industry trends:
To support high-frequency electronics, we are incorporating Silicon Carbide (SiC) and Gallium Nitride (GaN) components into our power architectures. This allows us to increase power density and transient response speeds, resulting in more compact testing platforms for laboratory and industrial applications.
Modern testing environments rely on distributed data collection. We are updating our instruments with Ethernet, Wi-Fi, and Modbus-TCP capabilities. This enables users to monitor voltage, current, and power quality metrics remotely, integrate with factory SCADA platforms, and log telemetry directly to cloud-based systems.
To improve energy efficiency in high-power testing, our roadmap includes expanding our range of bidirectional regenerative power systems. These units act as both programmable DC sources and electronic loads, returning up to 95% of tested energy back to the grid during burn-in cycles.
Find answers to common questions about power supply selection, calibration methods, and control interfaces.
Explore our high-current benchtop power supplies, data logging systems, and high-frequency inverters.
Myami Power
