Fiji's natural resources are timber,fish,gold,copper,off shore oil penitential and hydro power too.
In Fiji, the standard three-phase voltage is typically 400 volts with a frequency of 50 Hz. This voltage is commonly used for industrial and commercial power supply. Residential areas usually have a single-phase supply of 240 volts. Always check with local utilities for specific voltage details and regulations.
Fiji has the same power connections for electrical appliances as does Australia and New Zealand
No, Australian plugs do not work in Fiji without an adapter. Fiji uses Type I plugs, similar to those in Australia, but the voltage in Fiji is typically 240V, which is the same as Australia. However, it's essential to check the device’s voltage compatibility before plugging it in to avoid damage. Using a travel adapter will ensure your Australian devices can connect to the Fijian sockets.
Transformers do not exactly transfer power, they either step up voltage or step down the voltage from one source to another to make it a useable voltage.
Not enough information. Power = current x voltage. Since voltage can be anything, there is no way to calculate power. Time is irrelevant; though once you have the power, it can help you calculate energy (energy = power x time).
A power substation is used to reduce the voltage from high voltage power lines to a voltage that is less dangerous that you can use in a house for example. It is less costly to transmit electrical energy over long distances using high voltage.
Do you have a choice ? All my power tools are 110 volt, so that is what I use.
Power = voltage x current Number of power in volts
110
ohms
Power = voltage * current. Without current, relating voltage to power is meaningless. One thing I can say is the voltage should be dictated by the amount of losses that is acceptable - the cabling you use to transfer the power to your home will have a specific resistance per unit length, which is unchanging. If you choose to use a low voltage, you will in turn use a fairly high current to transfer the energy you want. The power lost in the cable will be P = R * I^2. This loss can become significant, dictating a higher voltage.