Shandong Yankuang Design Consulting Co.

可再生能源是清洁能源,是绿色低碳能源,充分利用矿井自身的可再生能源资源,通过技术手段回收空压机余热、矿井水余热和利用太阳能制取矿井洗浴热水。在分析各回收子系统的运行特点和影响因素后,确定合理的联合运行策略。通过调整各子系统设备运行数量和时间,实现了可再生能源的全年回收利用和安全制热,有效降低了制热成本。

Renewable energy is clean energy, green and low-carbon energy. It fully utilizes the renewable energy resources of the mine itself, recovers waste heat from air compressors and mine water through technological means, and uses solar energy to produce hot water for mine bathing. After analyzing the operational characteristics and influencing factors of each recycling subsystem, determine a reasonable joint operation strategy. By adjusting the number and time of equipment operation in each subsystem, the annual recycling and safe heating of renewable energy are achieved, effectively reducing heating costs.

1 矿井可利用的清洁能源种类和资源
1.1 空压机余热
1.2 矿井水余热
1.3 太阳能
2 实施方案[1-6]
2.1 设计原则
2.2 系统设计
2.2.1 空压机余热回收子系统
2.2.2 矿井水余热回收子系统
2.2.3 太阳能子系统
2.2.4 联合运行
3 应用效果
4 结论

张群涛.可再生能源在矿井中的设计应用[J].山东煤炭科技,2023,41(06):205-208+215.