An optimization-based negotiation framework for energy systems in an eco-industrial park

摘要: Abstract This work presents an optimization-based negotiation framework for plants in eco-industrial park (EIP). The combines the principles of rational allocation benefits with consideration stability and robustness coalition to changes cost assumptions by analyzing its threshold. threshold allows stakeholders make informed managerial decisions concerning current or future plant interactions EIP. proposed is presented via a palm oil (PEIP) case study consisting biomass tri-generation system (BTS), palm-based biorefinery (PBB) mill (POM). results indicate that deserving annual savings BTS, PBB POM are 38% (USD 2,100,000), 14% 800,000) 48% 2,600,000) total respectively. Based on these allocations, analysis determined PEIP will stable as long symbiosis costs fall within 37–46%, 10–30% 20–25% their respective raw material costs. Otherwise, compromised further action can be taken stipulated framework.