From a first technical idea to an industrialized design, ARTIN POWER brings together the specialists needed to solve complex converter, control, communication, monitoring, and system-integration challenges.
ARTIN POWER helps companies develop new power-electronic products and solve difficult system-level engineering problems without having to build every specialty in-house.
We work as an extension of your engineering organization. Depending on the project, we can bring together specialists in power electronics, control, magnetics, embedded systems, industrial communications, modeling, diagnostics, remote monitoring, cybersecurity, and system integration.
Make advanced power-conversion expertise accessible to companies that need to innovate quickly, solve difficult technical problems, and bring reliable products to market.
Become a trusted engineering hub where industry can access the right specialists to design the next generation of intelligent, efficient, and connected power systems.
A successful power product is more than a converter topology. We address the complete engineering system around it—from the power stage and controls to communications, monitoring, diagnostics, validation, and industrialization.
Topology selection, architecture, semiconductor and passive-component selection, magnetics, thermal considerations, protection, and detailed converter design.
Control architecture, modulation, current/voltage loops, grid-forming and grid-following control, coordination, protection logic, and FPGA/DSP/MCU implementation planning.
System integration using industrial protocols and interfaces such as Modbus TCP/RTU, CAN, OPC UA, MQTT, Ethernet, and gateway/edge architectures.
Telemetry, event logging, dashboards, edge data processing, secure remote access, performance tracking, and fleet-level visibility.
Root-cause analysis, waveform and data review, fault-tree development, anomaly detection, protection review, failure reproduction, and corrective-design recommendations.
Requirement flow-down, subsystem interfaces, design reviews, simulation/HIL strategy, prototype support, validation planning, documentation, and transfer to manufacturing or internal engineering teams.
We can join at any stage: a new idea, an architecture decision, a prototype that is not behaving as expected, or an existing product that needs a major redesign.
The engagement is structured around technical risk. We resolve the highest-impact uncertainties early, then move toward a design that your organization can build, validate, support, and scale.
Application, power level, voltage range, grid/load behavior, environment, interfaces, cost targets, standards, schedule, and constraints.
Compare technical options, model key behaviors, estimate losses and stresses, define interfaces, identify risk, and select the architecture.
Develop power stage, controls, protection, communications, monitoring, diagnostics, embedded implementation, and supporting simulation models.
Support prototype bring-up, test planning, HIL or simulation validation, fault investigation, tuning, and design refinement.
Finalize documentation, interfaces, validation evidence, production recommendations, and design knowledge for your manufacturing or internal engineering team.
Our strongest technical depth is in power converters that become difficult because of voltage, power, dynamic interaction, isolation, protection, modularity, or system-level control.
Architectures for direct MVAC/MVDC conversion, modular converters, insulation constraints, device utilization, and scalable systems.
Power scaling, parallel/modular architecture, thermal and current constraints, redundancy, protection, and coordinated control.
CHB and other front-end structures, isolated DC/DC conversion, multiple outputs, DC distribution, storage integration, and advanced controls.
Grid-forming/following behavior, DC-bus dynamics, impedance interaction, unbalanced loading, transient performance, and system stability.
The objective is to find the right architecture for the customer's product—whether that is an SST, AFE, isolated DC/DC stage, battery converter, EV charger, UPS, industrial drive interface, or a custom power-conversion system.
Modern power equipment must communicate, expose meaningful data, support remote service, and help operators understand why a system is behaving the way it is.
We design these capabilities as part of the product architecture rather than as an afterthought.
Modbus TCP/RTU, CAN, OPC UA, MQTT, Ethernet-based interfaces, protocol gateways, and supervisory integration.
Edge connectivity, secure telemetry, dashboards, alarms, event histories, performance trends, and remote diagnostics.
Fault signatures, sequence-of-events capture, anomaly detection, condition indicators, root-cause workflows, and service tools.
Role-based access, encrypted communications, logging, update strategy, data integrity, and secure integration with plant/cloud systems.
Real-time state, power flow, temperatures, alarms, efficiencies, and operating limits.
High-quality event data and diagnostic logic shorten troubleshooting and field-service time.
Operational data supports reliability improvement, control tuning, predictive maintenance, and future product revisions.
Some customers need an architecture study. Others need a specialist to solve one difficult problem. Others need a multidisciplinary team to carry a new product from concept to validated design.
ARTIN POWER can scale the engagement around the problem instead of forcing the problem into a fixed service package.
Bring in a specialist for topology review, control instability, thermal/power-stage issue, communications integration, or fault diagnosis.
Work alongside your engineers to close expertise gaps and accelerate an ongoing product-development program.
Define, design, model, validate, document, and transfer a converter subsystem or integrated power platform.
Investigate prototypes or field systems that are unstable, failing tests, generating unexpected faults, or not meeting performance targets.
We are most valuable where power conversion is technically demanding, highly integrated, or strategically important to the customer's product.
You do not need to arrive with a complete specification. A useful first discussion can start with the application, power level, voltage, performance target, current design, or the technical problem that is blocking your team.
The goal of the first discussion is simply to understand the engineering challenge, identify the highest-risk questions, and determine whether ARTIN POWER is the right partner.