Energy Reallocation in a Multi-User Network With a Shared Harvesting Module and Storage Battery


This work considers a unique multi-user system where transmitter nodes have shared access to a standard energy harvesting (EH) module and storage battery. Users don't possess individual EH modules and can only withdraw energy from the shared battery that encompasses a randomly varying energy level. An auction-based mostly centralized energy allocation mechanism is proposed with the objective of maximizing the system social welfare. It is shown analytically that the mechanism converges to a unique maximum, is Pareto optimal, and truthful. Simulations show that overall, it outperforms uniform and incremental energy allocation for a range of scenarios.

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