electronic equipment at home

 Top 10 Must Have Electronic Appliances You Can't Live Without

• Air Conditioner. Many parts of India experience harsh weather conditions throughout the year and cases during summer are even worst. 
• Washing Machine. 
• Refrigerator. 
• Induction Stove. 
• Vacuum Cleaner. 
• Camera. 
• Microwave Oven. 
• Water Purifier.

  Home Electronics 

  Reading your monthly electric bill, you would know if you stopped using your air conditioner since the previous month, but you may not notice if you stopped watching television, because electronic appliances don’t use as much energy by themselves. Their energy use often goes unnoticed. But as it turns out, an estimated 10% to 15% of all electricity used in American homes can be attributed to the buzz of electronic devices, not because they use a lot of energy, but because of their sheer numbers. As electronics use continues to proliferate, and as new products with higher energy demands hit the market, the overall portion of the household energy budget devoted to electronics is expected to grow.

  Thinking About Power Modes | Power Supplies | Home Entertainment Equipment | Computers and Home Office Equipment | Portable Electronics

  The vast majority of home electronics energy use — up to 90% by some estimates — is consumed by home entertainment systems and home office equipment. The remaining 10% consists of many small energy users, including portable devices with battery chargers. Although each of these products uses a relatively small amount of electricity on an individual basis, they continue to proliferate rapidly and represent an opportunity to keep overall electronics energy use in check.

  Thinking About Power Modes

  To minimize the energy used by home electronics, it is helpful first to understand their operating modes and how power consumption varies by mode. This will make it easier to understand the opportunities for saving energy in the many different electronics products you most likely have in your home.

  For starters, it is helpful to understand the true meaning of “on” and “off” as applied to electronics. It’s rarely that simple! Unlike a light switch that turns a lamp or fixture on or off, many electronics products operate in two, three, or even four modes, and even continue to draw power when apparently turned off. Commonly identified modes and their definitions are shown in the table below. Home electronics use power in standby and off modes to support features such as instant-on, remote control, channel memory, and LED clock displays. Common electronics components, like power supplies and battery chargers, contribute to standby and off-mode power consumption and also impact a product’s in-use energy consumption.