The start-up time for geothermal energy systems varies depending on the specific type of system being used. Typically, geothermal power plants can be started up quickly, in a matter of hours. Direct-use geothermal systems that provide heating or cooling to buildings can be started up almost instantaneously.
Earth Hour 2011 estimated to have saved about 2,100 megawatt-hours of electricity worldwide, equivalent to the annual electricity consumption of a small city.
It is not power which is measured in homes, but energy consumption. Electricity companies charge for energy consumption in kilowatt hours (kW.h). This is done using an energy meter (also known as a 'watt-hour meter' or 'kilowatt-hour meter'), which monitors the supply voltage, and the in-phase component of the load current.
Earth Hour 2010 was estimated to have saved around 700 megawatt hours of electricity worldwide. This is roughly equivalent to the energy consumed by 300,000 homes in an hour.
In short, it depends where you are. If you live in Iceland where geothermal energy is relatively close to the surface and where the winter sun is relatively weak, where daylight is short in the winter and it is often cloudy then geothermal is your best bet. If you live in the Arizona you probably would not want to go to the expense of drilling a deep geothermal well when sunlight is strong and relatively consistent all year round. Solar Advantages - Relatively cheap to install and can be installed anywhere. Solar Disadvantages - Only works during daylight hours and output is significantly reduced by cloud. Output is limited when the sun is low in the sky. Geothermal Advantages - Power can be taken as it is needed, it is available 24 hours a day 365 days a year. Geothermal Disadvantages - Unless you happen to live on top of a natural thermal spring geothermal wells are expensive to drill, depending where you may have to be very very deep in order to get to a depth where the ground is at a useful temperature. The power you can take out is limited by the thermal transfer of the rock, if you take heat out faster than it can be replaced the well stops providing heat for a period before it comes back up to a useful temperature.
Geothermal energy-can make electricity all day or all night.
no it can be used in all types of hours of the day
An electricity meter is an energy meter, and measures the amount of energy, expressed in kilowatt hours, you have purchased from your electricity supply company.
Solar panels produce electricity (a general statement) which, to be more specific, is electrical energy, measured in watt-hours or kilowatt-hours.
The start-up time for geothermal energy systems varies depending on the specific type of system being used. Typically, geothermal power plants can be started up quickly, in a matter of hours. Direct-use geothermal systems that provide heating or cooling to buildings can be started up almost instantaneously.
Energy saving hours are typically designated times during the day when individuals or businesses are encouraged to reduce their electricity usage in order to lower overall energy consumption and costs. This can help alleviate strain on the electrical grid during peak demand periods and promote more sustainable energy practices. Energy saving hours may vary depending on the region and utility provider.
Earth Hour 2011 estimated to have saved about 2,100 megawatt-hours of electricity worldwide, equivalent to the annual electricity consumption of a small city.
Dual energy meters are devices that can measure energy consumption separately during peak and off-peak hours. They are commonly used in areas where different rates are charged for electricity usage at different times of the day. This allows consumers to take advantage of lower rates during off-peak hours and manage their energy usage more efficiently.
A renewable resource is replaced instantaneously, in most cases. Sunlight shines constantly, at least during daylight hours, no matter how much of it we use to generate electricity on our roofs. Wind blows as long as there are pressure differences around the world. Other renewable energy sources are the same (hydro, tidal and wave, geothermal and others).
The electricity meter records the amount of electric energy consumed by a household or building in kilowatt-hours. It measures the total electricity usage over a period of time, allowing for accurate billing and monitoring of energy consumption.
Active energy import is the amount of electrical energy consumed or used by a customer from the utility grid. It is typically measured in kilowatt-hours (kWh) and reflects the actual electricity consumed by a user during a specific period of time.
Electricity companies encourage usage during off-peak hours, like between 12 AM and 7 AM, to balance demand on the grid and reduce strain during peak times. Lower demand during these hours allows for more efficient energy distribution and helps prevent blackouts. Additionally, off-peak rates often lead to cost savings for consumers, incentivizing them to shift their usage patterns. This practice helps maintain a stable and reliable energy supply.