Samsung TV has a "motion lighting" function. When the picture on the screen moves quickly, the TV automatically lowers the screen brightness, thereby reducing energy consumption. However, ComplianTV's test results show that under the standard test conditions of the International Electrotechnical Commission (IEC), Samsung's "brightness of motion" function is indeed effective. However, in actual use, Samsung TVs have to consume more electricity, resulting in corresponding increase in electricity costs and carbon emissions.
In response, Samsung denied the "brightness of action" function to deceive energy efficiency tests. Samsung said that “action brightness†can respond to many types of content in actual use, such as fast-moving action movies and sports programs, as well as some slower moving programs such as weather forecasts, not just for IEC. test program.
Samsung also said: “The 'brightness of motion' function was introduced in 2011 and is now widely used in our TVs. It is one of many functions we have developed to help reduce the environmental impact of TV technology. We are able to develop I am proud of these technologies and hope to further innovate in this area.â€
This incident can not help but let us think of Volkswagen's "discharge door" incident. Volkswagen has recently admitted that its 11 million diesel vehicles have installed "cheat" software specially designed for tail gas emission detection, including approximately 5 million "VW" brand vehicles, 2.1 million "Audi" brand vehicles and 1.2 million "Skoda" vehicles. Branded cars and 1.8 million light commercial vehicles.
Although no one has accused Samsung of violating any laws and regulations, industry insiders pointed out that in addition to the automobile industry's tail gas emissions detection cheating, electronics companies may also falsify their environmental rating.
ComplianTV said in the test report: "We discovered different behaviors of the TV during the test. This may be because the TV detected the test program and then started the energy-saving program accordingly. In the test, although this was not confirmed, It left us with the impression that the television has detected the test program."
An EV cable, also known as an electric vehicle cable or charging cable, is a cable used to connect an electric vehicle to a charging station or power source. It is designed to safely transfer electrical power from the charging station to the vehicle's battery, allowing for the charging of the electric vehicle.
EV cables are typically made of high-quality materials that can handle the high voltage and current required for charging an electric vehicle. They often have specialized connectors on both ends, with one end connecting to the charging station and the other end connecting to the vehicle's charging port.
The length of an EV cable can vary, but they are typically long enough to reach from the charging station to the vehicle without any issues. Some EV cables also come with additional features such as built-in safety mechanisms, LED indicators, or even smart charging capabilities.
It is important to choose the right EV cable for your electric vehicle, as different vehicles may have different charging port types or require different power levels. It is recommended to consult the vehicle's manual or contact the manufacturer to ensure compatibility and safety when selecting an EV cable.
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