Power Electronics product Design Services
Argus Power Electronics design Services develops state of art power electronics solutions, Power electronics engineering design and integration of power electronic system. Argus power Electronics engineering services includes Hardware, Software, Mechanical and systems. We use MOSFET, IGBT, GAN, and other types of transistors to create low-voltage and high-voltage solutions. Our solutions can be used in industrial automation, consumer electronics, automotive, and electronics for applications such as photovoltaic systems, wind turbines, and thermoelectric generators.
Battery Energy Storage Systems
BESS solutions accumulate energy from various sources and store it in batteries for later use. Such systems optimize energy consumption, reduce expenses, and help preserve the environment. They find applications in vehicles, smart homes, backup power systems.
Motor Controllers
Argus designs Motor controllers for brushed, brushless, and stepper motors that regulate their performance (start and stop, speed, rotation, etc.). Argus is involved in all the steps of Motor controller development: schematics, layout, firmware , Manufacturing, testing, and compliance.
Battery Management Systems
Complex power electronics solutions designed to ensure the safe and correct operation of battery arrays. Battery management systems keep track of voltage, current, temperature, charge level, and other parameters, allowing for remote battery monitoring and management.
Battery Charging Systems
From consumer-grade chargers to industrial-grade solutions, we can create safe, reliable, and efficient systems for any application. The team has experience with all popular battery types. Depending on the project requirements, we can also implement additional features.
Power Conversion Systems
Within power electronics design services, we develop systems for converting and regulating electric current, voltage, and frequency in various devices, from consumer electronics to industrial equipment. We make custom rectifiers, inverters, voltage controllers, frequency converters, and more.
Power Management Systems
Power Management System (PMS) provides control and monitoring of electrical generators, switchboards, and large consumers. A PMS consists of an electronic system that provides detailed information about power flow in an electrical power generation system or power substation.
BLDC Motor Controller
- BLDC Motor controller Unit gets DC to input from a solar array and controls a brushless DC ( BLDC ) motor coupled with a multistage pump to optimally use available energy and provides a maximum discharge for various conditions of current limit supporting high pump shutoff head.
- Rated dc input voltage 150 Vdc to 250 Vdc.
- Rated power 2500 W ( to be used with 3000 Wp solar panel).
- Maximum V/f ratio 1.5 + 5%.
- Efficiency min 92%.
- BLDC motor rating 220Volts, 2500 Watts, 3000 RPM.
Wireless Power Transfer solutions
- Inductively coupled Hybrid wireless power system & technology for High Power, short-range wireless power transfer applications.
- Controls the amount of power transfer using SMART frequency modulation of electromagnetic waves.
- Loosely coupled system: Resonance & higher coupling factor to increase power transfer capability and efficiency.
- Dual functionality in the transmitter (inductive heating mode + Wireless power transfer to receiver module).
- Transmitter is Installed Under the appliances countertop while Receiver is Installed in the Appliances.
Battery Charge controller & Battery Monitoring System
- Multi- chemistry Battery charger for Li-Ion/Polymer, LiFePO4 or Lead-Acid Battery as configured based on latest SMPS technology.
- Lead-Acid battery charger mode supports 3 state charging (C10, C5 and Float) for upto 42AH battery as configured.
- Thermoelectric cooler for system Thermal management.
- Telemetry Battery Monitoring System Monitors VBAT, IBAT, RBAT, NTC Ratio (Battery Temperature), VIN, IIN, VSYSTEM, ambient (room) temperature.
- Provides Battery Ah, State of Charge, Residual life of the battery, time duration a battery can discharge safely by measuring, calculating and predicting battery parameters.
- Logging of cell/battery parameters and alarm conditions with date/time of its occurrence.
- Local Display of system status and fault alarms on a LCD unit and through LED Indicators.
- Sends alerts of Alarm status, battery parameters during exigencies, battery summary to Local/ Remote Server through Ethernet, RS485, Wi-Fi, 4G/LTE.
- LED for System Health, Battery Test, Temperature Alarm, AC Health, system Power supply Health, Battery Status, Float charge mode and SPD Blown status.
Electric vehicle supply equipment ( EVSE)
- Electric vehicle EV charging Station is AIS-138 compliant OEM card.Electric vehicle supply equipment ( EVSE ) consists of Control & communication Card, Power supply card and Relay/Contractor card.
- Communication Interface: 4G/LTE, WIFI, Gigabit Ethernet, USB 3.0.
- SD-Card for Data log.
- Interface to Energy meter.
- RF tag reader for authentication.
- 7" Display & Touch. MIPI Camera interface .
- EV Battery charging Station Power supply card is an AC/DC converter card which gives DC supply to control & Communication and it supports single phase or three phase AC input options.
- EVSE Rely and contractor card allows for switching AC supply for Charging to load (rated max @35A).
- Electric vehicle charging Station Rely and contractor card supports common switching control and independent control switching for charging output.
- LED indication for Availability, charging, reserve, fault state, Input supply status.
- Ground Fault Circuit Interrupter ( GFCI).
- Control switches to start/stop every output of Electric vehicle supply equipment ( EVSE ).
Power Conversion systems
- Single and Multi-output Power supplies.
- Support for a wide input voltage range: AC (single phase, three-phase) & DC.
- Wide Output Power ranges and high efficiency.
- Isolated and non-isolated power supply Designs with buck, boost, SEPIC, Push Pull Forward topologies.
- AC-DC Power supply Converters.
- DC-DC Power Supply Converters (Switch mode and linear Power supply).
- DC-DC Wide range of input/output voltages (step down/up).
- DC-AC inverters (single and three phase).
- Analog and Digital Control with PWM converters.
- EMI filtering, temperature protection, short circuit protection.
- Form factor – ruggedized, lightweight, open-frame.
- MIL-STD-1399, MIL-STD-704, MIL-STD-1275 compliant power inputs.
- MIL-STD-461 EMI Compliance.
- MIL-STD-810, MIL-STD-167, MIL-S-901 Environmental Compliance.
Power Management system
- The AC/DC converter supports an AC input voltage range of 90 VAC to 250 VAC at frequencies of 50 Hz through 60Hz.
- The AC/DC converter produces a DC output of 33 VDC +/- 5% and capable of supplying 3 A of current.
- 24V Regulator Provides a 24VDC (+/-1.2VDC at currents < 2A, and +1.2V/-2V at currents > 2A) output voltage with 3A capacity from the VACDC Output, external DC Power supply and internal battery.
- 5V Regulator Provides a 5VDC +/-0.25V voltage with 1A output current from the VACDC Output, external DC power supply and internal battery.
- 3.3V Regulator Provides a 3.3VDC +/-0.16V voltage with 500mA output current from 3.3V regulator output.
- Provides a fan driver to provide temperature control for the board and battery temperatures.
- The fan driver generates a fan speed command by providing a PWM signal on the fan supply.
- DC loss management circuit triggers a calculator interruption by a comparator output to manage a power supply commutation if the external DC supply if the external DC voltage drops below 9.75VDC, +/- 0.80VDC.
- AC loss management triggers a calculator interruption by a comparator output in order to manage a power supply switch if the VACDC voltage drops below 24.0VDC, +/- 1.0VDC.
