Optimal Operation of Adjustable Load via Intelligent Energy Terminals for Renewable Energy Consumption

Traditional power load management terminals lack precision and flexibility in controlling customer power loads, hindering efficient energy use. Developing intelligent energy terminals is essential to meet national demand-side management standards and enhance energy efficiency. This paper designs a functional architecture of intelligent energy terminals on the customer side and constructs a flexible regulation strategy set of customer-side diversified demand-side resources for the local power grid supply and demand balance as well as renewable energy consumption goals. It also explores collaborative optimization strategies for efficient energy utilization and distributed power consumption. The proposed control strategies for customer-side intelligent energy terminals enable precise regulation of diverse resources. This supports government oversight and empowers power grid companies and demand response agencies to provide high-quality services, contributing to low-carbon and efficient energy utilization while ensuring load control in compliance with safety standards.