Inverter for Vehicles
Inverter for Vehicles
Anyone who has not yet encountered the astonished looks of those experiencing the operation of an AC consumer (230V) connected to a vehicle inverter for the first time does not understand what it’s all about. Indeed, this is precisely the kind of solution that makes you wonder: how come no one thought of this before?
At Advis, we offer a product that provides an elegant and clean solution for powering various electrical devices from a vehicle’s battery, even though these devices are usually connected to the home electrical grid. The absence of the need to work in these cases with a heavy, noisy generator that also requires "hauling" fuel is a tremendous advantage. Additionally, this eliminates the need to purchase special tools (with different input voltages) such as drills or bulbs or any other consumer designed to work with DC voltage (usually 12V), which is another significant benefit of this method.
The range of devices that can be used in the field with the inverter is vast, from drills, saws, lighting, welders, refrigerators, amplifiers, and more.
For an explanatory video on the inverter for vehicles.
At Advis, our inverters typically range from 90W to 3KW, with input voltages ranging from 12VDC to 24VDC and up to 48VDC. There are various levels of inverters (quality), primarily divided into two types: the first has a square output wave, while the second has a pure sine wave output, which is considered to be of higher quality. Most consumers can operate with a square wave voltage, but there are certain devices, such as sound equipment, fluorescent lighting, and others, that perform better with a pure sine wave output, and some will only work with a pure sine wave output.
Connection Types for Vehicle Inverters
The connection types for vehicle inverters also vary. Inverters with a power output of up to 300W can be directly connected to the vehicle's cigarette lighter socket. For outputs above this, it is recommended to connect using appropriately sized conductors directly to the battery.
It is important to emphasize that the quality of the connection, especially at higher power levels, is crucial. The gauge of the conductors matters significantly; if the connections are not good or if the conductors are below the recommended thickness (according to standard tables), this can lead to voltage drop. Such a drop may cause the inverter to shut down as a protective measure, even if the vehicle's battery is not yet depleted.
In situations where an inverter with a power output exceeding 1500W is used for an extended period, it is advisable to operate the vehicle's engine. This ensures that the vehicle's alternator can adequately recharge the battery with the high current demanded. It is recommended to consult the supplier from whom the device was purchased regarding this compatibility.
Furthermore, the size of the installed battery in the vehicle (in amp-hours) must match the size of the inverter connected to it. In some cases, additional batteries may need to be added to the vehicle to support the operation of the inverter.
Currently, the Ministry of Industry and Trade, in collaboration with the Israeli Standards Institute, is working to prevent the importation of inverters that do not meet safety standards.
In conclusion, it is essential to remember that the inverter is a high-power electrical device, and all necessary safety precautions must be observed when using it, just as with any other electrical installation.