Integration of distributed energy resources (DER) in electrical microgrids introduces residential green buildings (RGB) with the promising decrement in fossil fuel consumption. This novel concept compromises with numerous challenges such as control DERs and consumers in a home microgrid (H-MG), based on historical data and market clearing price (MCP), which requires multi-objective analysis and energy management system (EMS). Identically, tremendous issues emerged when integrating these systems with RGBs. Therefore, multi-agent systems (MAS) are capable of utilizing parallel computing as a control method, where each RGB is represented as an agent with independent decision-making capability, while productively cooperating with other agents. In this paper, an effective EMS has been presented with MAS (EMS-MAS) for DER in a neighbourhood grid, accompanied by several RGBs. The RGB includes controllable and uncontrollable devices and several electrical and thermal loads along with the retailers. Finally, the results confirm that proposed model has significantly enhanced the overall energy efficiency and the profit of individual RGBs, and optimally managed the devices in RGBs while encouraging demand response (DR) load programs, retailers and MCP reduction.