Development and Research of Mechatronic Spring Drives with Energy Recovery for Rod Depth Pumps

When developing the theoretical basis for the design of technological equipment and its individual units that perform reciprocating movements, the development of a fundamentally new type of drive for rod depth pumps is particularly promising in terms of reducing energy consumption, which will also reduce the weight, dimensions and cost of foundations for their installation. The development of theoretical foundations for designing equipment with minimal energy costs will allow us to develop both design algorithms and evaluation of technological equipment in terms of energy costs. The relevance of the task of reducing energy consumption by technological equipment is that there is currently no systematic approach to identifying and evaluating the components of energy costs. Reducing energy costs, for example, by three times, will reduce the required drive power by nine times. This applies primarily to oil production and loading and unloading operations.