Full-process construction method for zero-carbon service areas based on wind-solar synergy

Abstract

The present invention discloses a full-process construction method for a zero-carbon service area based on wind-solar synergy, comprising the following steps: Step 1: Construct an index system of wind-solar resources and development conditions through multi-source data collection, evaluate the wind-solar synergistic development potential around the service area using quantitative methods, and select the optimal layout points; Step 2: Combine the energy consumption demand of the service area to carry out collaborative configuration and scheme selection of the wind-solar-storage system; Step 3: Establish a life cycle carbon benefit evaluation model to quantify the carbon emission reduction performance of the system from construction to retirement and determine the optimal construction scheme. By building a multi-dimensional resource assessment system, optimizing the wind-solar-storage configuration logic, and establishing a life cycle carbon benefit evaluation framework, the efficient utilization of new energy and the precise realization of carbon emission reduction targets in the service area are achieved.

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