Why are High-Power Devices Not Designed to Run on DC Voltage?
Why Don’t We Use 120V DC, 230V DC, or 240V DC Instead of 120V/230V/240V AC for High-Power Electrical Appliances? 120V/240 AC vs 120V/240V DC| ELECTRICAL TECHNOLOGY
Why Don’t We Use 120V DC, 230V DC, or 240V DC Instead of 120V/230V/240V AC for High-Power Electrical Appliances? 120V/240 AC vs 120V/240V DC| ELECTRICAL TECHNOLOGY
Learn about different faults in power systems, including open circuit, symmetrical, and asymmetrical faults, their causes, and effects on power stability. The post Faults in Power System appeared first on TheElectricalGuy.| TheElectricalGuy
Learn how a Static VAR Compensator manages reactive power, prevents voltage rise or drop, and keeps power systems reliable. The post Static VAR Compensator appeared first on TheElectricalGuy.| TheElectricalGuy
This post How Do Some Devices Operate on Both AC and DC Supplies? appeared first on ELECTRICAL TECHNOLOGY. How Do Some Electrical Devices Operate on Both AC and DC Input Voltages? We know that high-power electrical devices and equipment are generally not designed to operate on DC supply due to difficulties in voltage conversion and issues with long-distance transmission. This is why the AC supply system is commonly used in household and residential … Visit the How Do Some Devices Operate on...| ELECTRICAL TECHNOLOGY
This post How Do Some Devices Have Dual Input Voltage Ratings? appeared first on ELECTRICAL TECHNOLOGY. Why and How Do Some Electrical Devices Support Two Different Voltage Ratings as an Input Power? Dual Voltage Operated Devices Different countries use different standard voltages for their power grids, commercial and residential applications. For instance, USA and Canada use 120V/240V, while Europe, UK, Asia and Africa use 230V/415V. Surprisingly, Japan uses 100/200V system which … Visit t...| ELECTRICAL TECHNOLOGY
This post Why is AC Commonly Used in Households Instead of DC? appeared first on ELECTRICAL TECHNOLOGY. Why is Alternating Current (AC) Preferred Over Direct Current (DC) for Use in Homes? In most residential and commercial applications, Alternating Current (AC) is used for general appliances such as motors, fans, and heaters. However, some devices operate on Direct Current (DC), such as batteries, solar panels, and data centers. AC has several advantages over … Visit the Why is AC Commonly...| ELECTRICAL TECHNOLOGY
This post Can an AC Device Operate on DC Supply, and Vice Versa? appeared first on ELECTRICAL TECHNOLOGY. What Happens When You Operate an AC Device on DC Voltage, and a DC Device on AC Voltage? Generally, NO! It is neither advisable nor safe to operate a device designed for AC voltage using DC voltage, and vice versa, without proper voltage conversion. This is because most AC devices rely on the alternating nature … Visit the Can an AC Device Operate on DC Supply, and Vice Versa? to read t...| ELECTRICAL TECHNOLOGY
What Happens If We Connect a Single-Phase Appliance to a Three-Phase Supply or a 3-Phase Device to a 1-Phase Supply?| ELECTRICAL TECHNOLOGY
Confused about leading vs lagging power factor? This article breaks down the concepts with clear explanations and calculations for unity, lagging, and leading power factor. The post Leading vs Lagging Power Factor appeared first on TheElectricalGuy.| TheElectricalGuy
SCADA enables operators to control substations remotely with sensors, RTUs, and communication systems. It ensures faster fault detection, safe operations, and seamless automation in power systems. The post What is SCADA? appeared first on TheElectricalGuy.| TheElectricalGuy
In today’s tech-driven world, our homes are filled with microprocessor electronics and appliances that make life easier—but they’re also vulnerable to power surges. These sudden voltage spikes can fry circuits, start fires, and cost thousands in repairs. Surge protection installation is not just a luxury; it’s a necessity. Here’s why, backed by science, statistics, and expert insights.| electricaleasy.com
What Happens if a High-Voltage Power Line Falls into the Ocean, or a Battery or Toaster Comes into Contact with a Bathtub or Seawater?| ELECTRICAL TECHNOLOGY
Why is the Size of the Ground Conductor Smaller than the Line Conductor? Cases when Ground Wire Matches and Smaller than the Power Wire Size| ELECTRICAL TECHNOLOGY
NEC Requirements for Electric Main Panelboards and Working Space Depth and Mounting Height. Height, Width and Depth for Panels - NEC 110.26| ELECTRICAL TECHNOLOGY
Why is High Voltage Used for Power Transmission and Not Lower Voltage? Why is Power Transmitted at High Voltage Instead of High Current?| ELECTRICAL TECHNOLOGY
Power Angle Calculation in a Power Transmission Line. What is the Rule of Power Angle in Transmission Lines?| ELECTRICAL TECHNOLOGY
