Energy Reference Designs
Whether you deliver energy through a pipeline or the smart grid, you’ll need components selected for performance and lifetime within harsh environments. Explore our resources to stay up to date with energy trends and technology.
100 W LED ballast with 3-way dimming function. The LED ballast is designed to provide a 48 V output voltage across 0 mA to 2080 mA output current.
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Infineon's versatile 11 kW bi-directional CLLC DC-DC converter solution powered by CoolSiC MOSFETs for high-efficiency power conversion.
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Reference Design of a Power-Efficient 300W Wireless Power Transfer-Transmitter based on Microchip Solution.
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This electronic fuse (eFuse) solution has been designed to switch loads up to 200 A at 48 V, providing a new method of safely connecting and disconnecting high current loads to a battery.
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Reference Design of 5G macro / micro-cell power supplies options for next generation Edge cloud computing, IoT devices, Intelligent Transport Systems and live streaming based on Nexperia Solutions.
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Reference Design of an AC EV wallbox / Bidirectional DC wallbox solution for car electrification based on Nexperia products.
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An AC-coupled solar energy storage system stores energy in an AC form. It uses an inverter, providing flexibility and reliability.
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Reference Design of the Power Management solution for Battery-powered motor control drive (25-100 V) based on Nexperia solution.
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An AC-coupled solar energy storage system, which uses an inverter, providing flexibility and reliability.
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This is a common two-level EV charging circuit, consisting of a three-phase half-bridge stage and the second DAB (Dual Active Bridge) stage.
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This Arduino-powered solution implements an energy monitoring-based anomaly detection system using a current sensor and machine learning models running on edge devices.
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Access real-time power usage, interact with your consumption plan, and use daily stats and seasonal forecasts for efficient energy management.
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The energy meter enables real-time measurement and monitoring of electrical current consumption, providing valuable and useful insights into energy usage patterns to the user.
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This Renesas design features a tamper proof and connected system provides a lot of advantages to users regarding information about their energy consumption.
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Reference Design of a High performance Multi-voltage bus branched computing rack-/blade-based server system solution, based on Nexperia portfolio.
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The home automation systems allow to control electronic devices remotely and to perform automatic routines based on the user's programming preferences, also optimizing energy costs.
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Reference Design of Motor Drive solutions for Heating, Ventilation and Air Conditioning (HVAC) systems based on Nexperia products.
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Integrated system-on-module (SOM) platform with wireless connectivity designed for longevity and scalability in industrial IoT applications.
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LoRaWAN, being a wireless technology, provides a cost-effective alternative, as it requires minimal infrastructure setup, reducing installation and maintenance costs.
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Reference designbased on NXPs Technology for a mission computer (companion computer), for use in mobile robotics using ROS2 and similar applications such as ground stations and smart cameras.
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Photovoltaic systems (PV systems) are a renewable energy technology which transforms the energy from the sun into electricity using photovoltaics.
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Concentrators are used to collect power consumption information downward from power meters and collectors.
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The EVLCMB1-AIO210W demonstration board is a 12 V - 210 W converter, tailored for the typical specification of an AC/DC adapter for all-in-one systems.
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Arduino Edge Control Power Tree is a block diagram that describes the power distribution and control system of the Arduino Edge Control board.
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Arduino MKR WiFi 1010 Power Tree is a block diagram that describes the power distribution and control system of the Arduino MKR WiFi 1010 board.
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Arduino Nicla Vision Power Tree is a block diagram that describes the power distribution and control system of the Arduino Nicla Vision board.
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