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A Hybrid Stand Alone Power Supply is a made up of more than one form of renewable energy sources, usually a Solar Array and a wind generator that feeds a supply through a regulator that controls the input to the battery bank to protect it and increase the life of the battery bank. These systems vary in size according to the load requirements needed. These systems are mainly used in rural areas where the geographical position makes it quite impossible for power to be connected.
These Hybrid Systems also have a reliable backup in the case of either a failure of the system or a period of bad weather and a generator is used to supplement the supply required by the sun and or wind. A solar systems Queensland firm can get one installed for you depending on your requirements.
The most important components to make up a Hybrid Power Supply and that are an inverter. All kinds of renewable energy systems deliver very low DC (Direct Current) voltage normally 12, 24 or 48 volt depending on the size of the system required. The function of the inverter is to change the DC supply from the battery bank to a useable AC supply that can be used to power your appliances and lights etc.
The Inverter is the brain of the whole system; it controls, starts and stops the backup generator when 1 of the two conditions is met. First, when the required load on the system exceeds a predetermined set point and the second when the battery bank voltage drops to a certain level.
These Hybrid Systems also have a reliable backup in the case of either a failure of the system or a period of bad weather and a generator is used to supplement the supply required by the sun and or wind. A solar systems Queensland firm can get one installed for you depending on your requirements.
The most important components to make up a Hybrid Power Supply and that are an inverter. All kinds of renewable energy systems deliver very low DC (Direct Current) voltage normally 12, 24 or 48 volt depending on the size of the system required. The function of the inverter is to change the DC supply from the battery bank to a useable AC supply that can be used to power your appliances and lights etc.
The Inverter is the brain of the whole system; it controls, starts and stops the backup generator when 1 of the two conditions is met. First, when the required load on the system exceeds a predetermined set point and the second when the battery bank voltage drops to a certain level.
