ok i got ur question...i am giving u an example...suppose high consumption is takin place so the monitor should be so designed it caN reduce the load suppose by increasin thge temp of an air conditioner...i think u got it...so finally i want to knw how to design it ...can u mention what parts i require to design it?davenn said:yep ok that's a standard style of energy monitor
my question would be how to determine when a given load is unnecessary ?
many household items are not contineously running anyway... think of your fridge/freezer or hot water heater. both power up in bursts for relativel short periods of time. Your oven/range top is only using power when you switch on an element.
Any appliance presenting a load will only have high consumption when its in use... so what's the point of switching it of when you are actually trying to use it ?
so which specific appliances etc were you wanting to consider automatically monitoring ?
Dave
An energy detection device is a scientific instrument used to measure and detect different forms of energy, such as electromagnetic, thermal, or acoustic energy. It can be used to identify the presence, strength, and frequency of energy signals in a given environment.
Energy detection devices work by using specialized sensors and detectors to convert various forms of energy into measurable signals. These signals are then amplified and analyzed by the device's circuitry to provide information about the energy source and its characteristics.
Energy detection devices have a wide range of applications in various fields, including physics, engineering, environmental monitoring, and medical research. They are commonly used for detecting and measuring radiation, monitoring energy consumption and efficiency, and studying the properties of different forms of energy.
The accuracy of an energy detection device depends on its design, calibration, and the type of energy being measured. Generally, these devices have a high level of accuracy and precision, but their readings may be affected by external factors such as interference or environmental conditions.
Energy detection devices are generally safe to use, as they do not emit any harmful radiation or energy. However, it is essential to follow proper safety precautions and guidelines when handling and operating these devices, especially when measuring high levels of energy or radiation.