转轮除湿机每日运行除湿效率数据

通过传感器实时采集环境湿度以及转轮除湿机用电量等数据，动态调整除湿机运行参数，使环境湿度达成时间缩短。基于本数据集合，生成节能方案（如峰谷电价时段调度）‌，例如在浙江省谷电价时（每日22:00至次日8:00），在除湿效率高的时段就满负荷运行设备，综合能耗费用能降低10%左右。本数据集合还具有以下应用场景：可运用于地下空间如停车场、商场等，起到以下作用：‌湿度控制‌：改善潮湿环境；‌设备保护‌：防止电气设备受潮损坏；‌人员舒适度‌：提供更舒适的环境；运用本数据集合可使地下工程能耗显著降低。通过传感器实时采集环境湿度以及采集转轮除湿机用电量等数据‌。构建以下公式，除湿效率‌（L/h）= 0.15* 用电量 + 0.04 * (环境湿度 - 45)，根据实时除湿效率采用不同的运行策略，当除湿效率> 0.5时，满功率运行（如3.0kW）以快速降湿；当0.3 < 除湿效率 ≤ 0.5时，除湿机功率线性降低至基准值（如1.5kW）；当除湿效率≤ 0.3时，切换至节能模式（如0.5-1.0kW）维持稳态‌。并将每日设备运行得到的除湿效率数据生成“设备运行时间-能耗模型”数据库，生成节能方案，便于设备运行管理。

Real-time collection of environmental humidity and power consumption data of rotary dehumidifiers via sensors enables dynamic adjustment of dehumidifier operating parameters, thereby shortening the time required to reach target environmental humidity levels. Based on this dataset, energy-saving schemes (such as time-of-use (TOU) pricing scheduling) can be developed. For example, during the off-peak tariff period in Zhejiang Province (22:00 to 8:00 the next day), operating the equipment at full load during periods of high dehumidification efficiency can reduce comprehensive energy consumption costs by approximately 10%.

This dataset also supports the following application scenarios: it can be applied to underground spaces such as parking lots and shopping malls, delivering the following benefits:
1. Humidity control: improving damp indoor environments;
2. Equipment protection: preventing moisture-induced damage to electrical equipment;
3. Occupant comfort: providing a more comfortable living/working environment.
Using this dataset can significantly reduce energy consumption in underground engineering projects.

This dataset is built upon real-time collection of environmental humidity and power consumption data of rotary dehumidifiers via sensors, and the following formula for dehumidification efficiency is established:
Dehumidification efficiency (L/h) = 0.15 × Power Consumption + 0.04 × (Environmental Humidity - 45)
Different operating strategies are adopted based on real-time dehumidification efficiency:
1. When dehumidification efficiency > 0.5: operate at full power (e.g., 3.0kW) to rapidly reduce ambient humidity;
2. When 0.3 < dehumidification efficiency ≤ 0.5: linearly reduce the dehumidifier's power output to the baseline value (e.g., 1.5kW);
3. When dehumidification efficiency ≤ 0.3: switch to energy-saving mode (e.g., 0.5-1.0kW) to maintain stable operation.

Furthermore, a database of the "Equipment Operating Time-Energy Consumption Model" can be generated using daily dehumidification efficiency data collected during equipment operation, which supports the development of energy-saving schemes to facilitate efficient equipment operation management.

搜集汇总

背景与挑战

背景概述

该数据集记录了转轮除湿机每日运行数据，包括环境湿度、用电量和除湿效率等关键指标，共83071条，每日更新。其特点在于通过算法公式动态调整运行策略，优化能耗，例如在谷电价时段满负荷运行可降低能耗费用10%左右，适用于地下空间湿度控制和设备保护等场景。