Intelligent routing algorithms in the complex sensors network possible to be used for construction of intelligent cells and energy storage are presented. The concept of Internet of Things (IoT) assumes connecting the possible highest number of objects (devices, machines, sensors, etc,), present in the given work environment, to ICT network to increase volume and quality of acquired data. Taking into account more common use of energy storages consisting of high number of secondary cells, supervised by BMS, the authors presented the concept of the intelligent cell equipped with voltage and temperature sensors, passive balancing system and a wireless communication system enabling the connection with the network of mesh topology. Due to that, construction and supervision of big energy storage will be significantly simplified. Self-organization and multi-redundant communication network will secure operational reliability, flexible configuration and operational safety. In the presented analysis of intelligent routing algorithms, information on the requirements put to them (in relation to e.g. number of nods, energy saving, work environment) is included. The results of analyses are summarized as well as directions of further research work on implementation of the selected solutions in the sensors network controlling the cells and energy storage operation, are indicated.