A 5 kW solar inverter can run a large house with several ACs and can produce up to 20 kW per day. This can power two 1.5 ton, 15,000 BTU alternating current units. In optimal weather conditions, this 5 kW solar inverter has an operating time of 9 hours for a 2-ton split air conditioner. You might not have to use such huge air conditioning units all at once.
Every room will likely have portable window air conditioners, but a 5 kW solar system won't have a problem with that. Either way, it all depends on the size of the air conditioner and how long you run it. A debit or credit card issued by SA Bank. The inverter limits the maximum amount of energy you can consume, the battery limits the time you can consume that energy, and the panels limit how often you can consume that energy.
Let's say you want your system to run for 8 hours and you want to use batteries with a depth of discharge of 50% (which means that it only uses half the battery's capacity to extend its life). Assuming that you have a 48 V system and want to use 12 V batteries, you will need to connect four 12 V batteries in series to obtain a 48 V system. It would be best to consider several factors when calculating the need for the batteries to power the 5000 W solar inverter, such as battery capacity, voltage and active life in hours. I still have my database divided into 2, but while the air conditioner, etc., was connected to the network at 5 kVA, it is now the second outlet of my 3 KVA.
So, if per night you consume 2.4 kWh of electricity, then you need to install 2 batteries of 100 Ah (12 V), but here we must take into account that it is undesirable for the batteries to be discharged to 100%, and better not more than 70%-50%. The quantity and capacity of the batteries must be such that the energy stored in them is sufficient for the dark hours of the day. It is worth considering that nighttime electricity consumption is minimal compared to daytime activity. They convert direct current directly into alternating current, which you can use in your home, but they don't have the possibility of charging a battery.
All lights in the building must be LED. Depending on the size of the building, only certain lights can be selected to be installed through the inverter, so that the battery lasts longer. The number of batteries you need for a 5000 watt solar inverter system depends on several factors, including battery capacity, system voltage, and how much backup power you need. However, as the prices of batteries and inverters continue to fall and their efficiency increases, off-grid solar systems are becoming more affordable for more people.
The size of your solar panels is the most important factor in determining the right size for your inverter. However, its greatest consumption occurs with the onset of darkness, when there is massive use of lighting with electrical appliances. Once you know the battery amplifiers, it will be easy to identify the power requirement of the inverter. Nowadays, alternative energy is increasingly becoming a part of modern people's daily lives, so you already know how many solar batteries a 5000W solar inverter should connect.
