Hi Divya, Try to work on Demand Response scheme under Smart Grid Environment particularly in deregulated electricity markets as well as Indian scenario.

go through sodhganga web blog..

Thank you Suresh. I even found one of my professor's thesis in there. This site is exciting!

A combination of dynamic load shedding (for example) >>>

http://etap.com/load-shedding/load-shedding-software.htm

Tied with dynamic (typically renewable) distributed generation -- and alternate optimal uses for surplus electrical power when it exists (e.g., H2 generation, water heating, space heat or cooling, etc.)

(and No, Please NO MORE battery etc., "storage solutions," the problem is too much electricity, already -- not a need to store some for later)

We are observing Local Utility Grid and customer sites where the voltage is set so high (too high, actually) that it barely stays in specificification. When local loads or local generation shifts, the voltage levels go over the spec and knock the local generation off.

Buck-Boosting the voltage down at the local generation point has been (a) local site solution, and while this works, it is lossy, and the higher voltage that all the other site equipment receives causes all that other equipment to consume more power.

Ideal would be some low-cost load switching, conservation voltage reduction, and a dynamic way to tie local / co-generation into the overall system -- with lots of plug-and-play options, and then a overall software modeling and control system.

Contact to discuss more details, if desired:

Phil Timmons

[email protected]

Hello Chris, can you please tell me whats a ACSS and a better ACSS/TW?

Hello Philip, thank you for your reply. I need to do some more reading to understand the subject better. I just finished with my Master's in totally different subject. I will get in touch with you soon. Regards, Divya.

energy cunsumption and active pricing