There are many variables to that answer, the biggest being where you live. The cost of the material for a 200 amp, 42 circuit panel, the wire and breakers should not be over five hundred dollars. Labor however cannot be calculated with this information.
It depends on many factors such as access to panel and wiring, possible meter replacement, replacement of wires in walls, replacing outlets if needed and so forth. Just call at least two local electricians and get estimates that are written and detail what is to be done.
Without input devices, the only way to reprogram computers would be to pull them apart and rewire them. In modern computers with integrated circuits that would be impossible. Input devices, such as keyboards, make it much easier to reprogram computers with new instructions and/or data.
small scale integrated circuits contain about 10 transistorsmedium scale integrated circuits contain about 100 transistorslarge scale integrated circuits contain about 1000 transistorsvery large scale integrated circuits contain about 10,000 transistorsultra large scale integrated circuits contain about 100,000 transistorsetc.modern digital integrated circuits contain about 100,000,000,000 transistors and sometimes much more
In theory the maximum amount of power arriving from the sun is about 1.3 kilowatts on every square metre. The standard 1.6 square metre solar panel such as installed on roofs in the UK is rated at 220 watts.
In series, a 30W incandescent lamp dissipates twice as much power as a 60W unit designed for the same supply voltage. While it's difficult to estimate how much of that power will be in the form of visible light and how much as heat, we're guessing that their comparative visual brightnesses will track the total power dissipation of each lamp, so the 30W will appear brighter than the 60W. In parallel, or in separate, independent, unconnected circuits on separate power supplies, the 60W lamp is brighter than the 30W unit designed for the same supply voltage. Note: Plugging two bulbs into any two separate outlets in the same house normally connects them in parallel.
They make our life much easier because we use them in almost everything
48,000 gigawatts
Without input devices, the only way to reprogram computers would be to pull them apart and rewire them. In modern computers with integrated circuits that would be impossible. Input devices, such as keyboards, make it much easier to reprogram computers with new instructions and/or data.
If this is in a house, just watch the meter used by the power company for power. It is easier if the meter is the older type with the spinning wheel. First see how fast the wheel is spinning or how much energy is being used normally, no circuits turned off. Second go to your circuit breaker panel. Turn off all circuits except for the main. Check your meter to see if it has stopped moving, or if energy is no longer consumed. If it hasn't, your short is between your meter and the main switch. If it has stopped, go back to the panel and turn on each of the circuits one at a time until you find the one that consumes the most energy or spins the wheel the fastest. From here you will know which circuit to troubleshoot and repair if necessary.
Yes. If there is any light, even on a cloudy day, a solar panel can generate power. But the amount of power generated is much less when the solar panel is not in direct sunlight (about 90% less).
A common solar panel can produce around 200 watts of power and can vary based on the size and efficiency of the solar power you chose. There are also three things that can affect the amount of electricity that a solar panel produces: the amount of sunlight, the size of the panel and the efficiency of the solar cells.
Integrated circuits consume less power, are smaller, can be more complex in a much smaller space and are cheaper to make for similar functions than vacuum tubes.
I do not think so. There is not much sun at the noth pole is there? And the, solar panel would not get much energy would it?
If this is a panel with 220v coming into it, then there is a big problem. The 100v circuits should be balanced, about half on one leg, and about half on the other leg. Without this balance, the incoming neutral wire will be carrying much more current than it was designed to carry.
about 500watts/meters of irradiance
YES... but they are not cheap... That depends on how much you want to spend multiplied, by your power requirements. But they are redily available.
A typical solar panel will produce about 75% of the rated power during full sunlight hours if the weather is cool enough to allow for operation. Warm weather or clouds will degrade their performance. Most panels produce less power during their expected life then what it takes to build a unit.
not much.