Data from: Energy saving by LED lighting in greenhouses: a process-based modelling approach, Chapter 5

The data contains MATLAB files that are the result of simulations representing the climate, actuator status, and energy use of greenhouses throughout one growing year. The greenhouses considered were Venlo type 4 hectare greenhouses with a tomato crop, with various settings for the lighting and heat harvesting systems. For illuminated greenhouses, the simulated season was 350 days long, from September 27 until September 11, during a typical meteorological year, which is an artificial weather year representing a standard year for modelling and energy calculations. For unilluminated greenhouses, the season was 350 days long, from December 16 to November 30. In most scenarios, a heat harvesting system - which extracts energy from the greenhouse when it is warm and releases this energy back to the greenhouse when it is cold - was also considered.<br>

本数据集包含MATLAB格式文件，均为模拟生成的结果，用于表征单一生长期内温室的气候环境、执行机构状态与能源消耗情况。本次研究涉及的温室为种植番茄的4公顷文洛型（Venlo）温室，且针对光照系统与热能回收系统设置了多种参数组合。对于带光照的温室，模拟生长期为350天，自9月27日起至次年9月11日，模拟基于典型气象年（typical meteorological year）开展——该气象年为用于建模与能源计算的标准化人工气象年度。对于无光照温室，模拟生长期同样为350天，自12月16日起至次年11月30日。在多数模拟场景中，研究同时考虑了热能回收系统，该系统可在温室温度偏高时提取内部能量，并在温度偏低时将能量重新释放回温室环境中。