Stochastic modeling of rechargeable battery life in a photovoltaic power system

Abstract

Summary1re-built the prototype machine to the point it was ready to go into a trial mode, however after Clark Machine Inc., took the contract. to build me four machines they wanted the prototype in their yard so they could build from it.They have built one machine complete and have almost all the parts to the other three built ready to assemble. I have inspected the one that is complete and so far everything looks fine, however the engineer needs to come back and check it out and stamp the drawings. Then comes OSA to inspect the machine. After all this I feel that we have a machine that is not only good in its field it ,will sell to contractors and firms that sell this type of equipment, after. all this is done we will contract for a truck and start to test the machine, in this way if there are any mistakes we can 'correct all four machines befo"Winishiing them I have already started a complete method to contact these people, as a mater I sent out 10 last week and will keep sending out feelers until I hit someone who will appreciate what we have and sign a contract to handle the machine for us on a dealership with us.

Stochastic Information Management in Smart Grid

“…The bounds on the probability of a load curtailment event are derived based on asymptotic probability theory via limited observable characteristics of the devices. A Karhunen-Loeve framework can be used to model the solar radiation intensity to characterize the PV unit output under a variety of conditions and at different geographical locations [114]. The capacity of energy storage devices is represented by a deterministic model, using an artificial neural network to estimate the capacity reduction over time.…”