The conventional ways of electricity production are casting an adverse effect on
environment. Hence, their usage for electricity generation needs to be minimized in
order to maintain a healthy ecosystem. In this aspect, the renewable energy resources
like solar, hydal, wind energy etc. ought to be promoted. These unconventional but
clean sources of electricity are catching hype across the whole world but in developing
countries, like Pakistan, these renewable energy sources seem to be expensive at user
end. That is the main reason of resistance in usage and implementation of such green
energy sources.
The main reason of these sources being expensive is that the whole generated
electricity is not utilized efficiently and about 40 percent of solar generated electricity in
Pakistan is wasted. Now, if this wasted energy is brought into an effective use then
expense of green energy can be minimized by optimizing its usage. Our project model
deals with the development of a bidirectional energy meter that will be capable of
transporting the surplus renewable energy back to the national grid or to the
neighboring electricity consumers. In this model, no green energy will be lost. The
bidirectional meter will measure the units of electricity that are being imported from
national grid and also the units that are being transported back to the national grid. This
will be in compliance with application of net metering. The consumer tariff load will be
reduced and he will have to pay price just for net amount of units used by him. In this
way, Bidirectional Energy Meter promotes the generation and utilization of green energy
at consumer end.