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The practice of having an electrician visit your home to read your electricity meter may soon become obsolete. Traditional dial, cyclometer, and digital interval meters are being gradually replaced by "smart meters" that send information about your energy consumption directly to your energy retailer, eliminating the need for manual readings and allowing your energy bills to reflect your exact, rather than your estimated, usage.
Find out what smart meters and solar panels can and cannot do, as well as how you may utilize it to your benefit if you have access to the data in a useful manner.
A solar smart meter analyzes consumption patterns in accordance with solar production if this is not already obvious. With such visualization, it is possible to comprehend just how much energy is utilized in a building throughout the day that exceeds the capacity of its solar energy system.
With greater awareness of how much energy appliances individually and collectively consume; it is easier to set specific operation periods to maximize solar energy.
Even better, the solar smart meter continues to monitor energy use from the grid into the palm of your hand after the sun has set, alerting you to any energy-wasting appliances that may be running in the background. Shut off. Cash saved. You are very welcome!
End-users using a solar analytics smart meter develop an understanding of their energy profile over time. Not just how solar operates on both bright and cloudy days, but also how appliances run and use energy during the various seasons. With in-depth knowledge of appliances functioning 24 hours a day, it is simpler to make intuitive judgments about the energy supply of a building.
This might involve conserving additional energy, using more available solar, or enlarging to meet better future requirements, such as a battery or electric car.
Batteries are expensive. The installation cost of the majority of solar batteries on the market now is around $1000 per kilowatt-hour. Precise usage patterns observed by a solar power smart meter may indicate the need for a 10-kWh battery instead of a 15-kWh battery (which may be unnecessary).
Using the given numbers, the cost of a 10-kWh battery is around $10,000. Alternatively, the cost of a 15-kWh battery would be $15,000. Choosing a solar battery with a smaller capacity result in a cumulative reduction in the initial cost to acquire a battery.
Here lies the future of solar energy! Indeed, battery integration is only one part of the equation. Every house will be transformed by intelligent appliance control, and there is only one method to do this. Exactly, a solar-powered smart meter.
Certain manufacturers of solar inverters are collaborating with appliance manufacturers to develop a common communications protocol for the intelligent operation of direct-connected equipment, such as air conditioners.
Why? Because air conditioners and hot water systems may be regarded as a kind of energy storage. Here is how it operates:
In excess of storage capacity or in the absence of a favorable feed-in tariff, extra solar energy can power an air conditioner's chosen thermostat setting. Operating an energy-intensive device, such as an air conditioning system, while the sun's energy is available minimizes the requirement for greater grid use on-demand because extra solar energy is stored as heat energy.
Solar power smart meter by Australia’s leading private solar equipment providers like Revolutionary Solar enable more efficient grid management. By installing a smart meter, an effective supply of energy services may be facilitated. Therefore, choose a smart meter now and make a comprehensive contribution to the environment.