A Major Solar Component Design Principle Is To Meet The Average Daily Weather Conditions

May 9, 2010 - PRLog -- it will lead to a large solar cells, making the system cost is too high; in the year most of the time

solar power generation components will be far greater than the load consumption, resulting in

unnecessary waste of solar modules; battery's main role is below-average solar radiation in the case

of power supply to the load; http://www.bestlaptopbattery.co.uk/dell/latitude-c400.htm  solar radiation above the average in the following weather conditions,

the solar module to the battery will charge. Design of solar modules to meet the lighting needs of the

worst seasons. During solar module design, the first question to consider is the design of the solar

module output to be equal to the average annual load demand. In that case, the solar module will

provide all the necessary energy load. But this also means that every year nearly half of the time

battery power status in the loss. Battery power for a long time in a state of loss will make the

battery plate sulphation.
so to ensure the solar modules and batteries in the weather conditions Unlike the case of the average

coordination;http://www.bestlaptopbattery.co.uk/dell/latitude-c600.htm   battery in a few days of bad weather conditions, its state of charge (SOC) will be

reduced. Size in the design of solar modules should not be considered as soon as possible to the

battery is fully charged.
The photovoltaic system is not independent backup power in case of bad weather, to re-charge the

battery, so battery life and performance will be greatly affected, the running costs of the entire

system will increase significantly. Solar module design better approach is to make solar modules to

meet the worst season of light load needs, that is, to ensure that the worst case of light can be

completely battery is fully charged. This battery can reach all over the state throughout the year,

extended battery life,http://www.bestlaptopbattery.co.uk/dell/latitude-d400.htm  reduce maintenance costs. If the worst season of light throughout the year,

well below the average light intensity, in this case is still considered the worst design in

accordance with the size of solar modules, then the design of solar modules at other times of the year

far more than actually needed, and costly. Then you can consider using a hybrid system with backup

power. But for small systems, installation of the high cost of hybrid system; in remote areas, using

the backup power supply operation and maintenance costs are very high, so the key independent

photovoltaic system design is to choose the best cost-effective program.

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