Data for: Pulse Testing For Monitoring the Thermal Front in Aquifer Thermal Energy Storage

These are synthetic pressure and rate data, generated by commercial software, that simulate the pressure response
of a Aquifer Thermal Energy Storage (ATES) doublet system to Harmonic Pulse Test. HPTs were simulated at significant stages of storage cycles in order to verify the capability of the test in monitoring the heat front. More in details, the thermal front was monitored after the 5thsummer of storage (4 complete storage cycles) and after the subsequent winter and again after the 15thsummer of storage (14 complete storage cycles).
Moreover, synthetic pressure and rate data, generated by analytical model in time (radial composite assumption) and numerical model accounting for thermal exchange, to simulate the pressure response of a doublet system to Harmonic Pulse Test are also provided. HPTs were simulated at different stages of water injection in order to verify the capability of the test in monitoring the heat front. More in details, the thermal front was monitored after 1 month and after 6 months.

本数据集包含由商业软件生成的合成压力和速率数据，旨在模拟地下水热能储存（ATES）双联系统对谐波脉冲测试的压力响应。谐波脉冲测试在储存周期的关键阶段进行模拟，以验证其监控热前沿的能力。具体而言，在储存周期第5个夏季（4个完整的储存周期）之后、随后的冬季以及第15个夏季（14个完整的储存周期）之后均对热前沿进行了监测。此外，还提供了由时间（径向复合假设）分析模型和考虑热交换的数值模型生成的合成压力和速率数据，以模拟双联系统对谐波脉冲测试的压力响应。谐波脉冲测试在不同阶段的水注入中进行模拟，以验证其监控热前沿的能力。具体而言，在注入水1个月和6个月之后均对热前沿进行了监测。