Abstract: Abstract: The future cellular network will be a heterogeneous dense network, which consists of macro base stations overlaid by micro base stations, pico base stations, femto base stations and relays. As the explosive growth of mobile services promotes to increase the cell density, issue of energy consumption becomes increasingly prominent. For cost, standby time and other considerations, the problem of energy efficiency in a heterogeneous network has attracted more and more attention. In this paper, deployment method of micro base station for energy efficiency in heterogeneous network is investigated. Firstly the feasibility of micro base station positions is considered to mitigate the effects of environmental conditions. Then the optimization target value is weighed under different user distribution probability to enhance adaptability for different distribution scenarios of users. Finally, an energy- efficient deployment algorithm for micro base stations is proposed by jointly optimizing the number, deployment position and power configuration of micro base stations. Simulation results show that, with respect to the microcell deployment only optimizing the number and deployment location of microcells, joint optimization of the proposed scheme can significantly improve energy efficiency of the network. The influence of micro base station power to energy efficiency in heterogeneous network is also proved.