The slope angle of the Gothic pointed roof of the multi-span Gothic pointed roof greenhouse is scientifically calculated to maximize natural light capture. The multi-span linkage layout ensures uniform light distribution inside the greenhouse, significantly reducing energy consumption of supplementary lighting equipment. The pointed roof structure, combined with hollow PC panels or double-layer insulated glass covering materials, forms an efficient thermal insulation layer. Together with the centralized temperature control system of multi-span linkage, it reduces energy loss for heating in winter and cooling in summer, achieving energy-saving operation throughout the year.
Energy-saving and efficient: The slope angle of the Gothic pointed roof of the multi-span Gothic pointed roof greenhouse is scientifically calculated to maximize natural light capture. The multi-span linkage layout ensures uniform light distribution inside the greenhouse, significantly reducing energy consumption of supplementary lighting equipment. The pointed roof structure, combined with hollow PC panels or double-layer insulated glass covering materials, forms an efficient thermal insulation layer. Together with the centralized temperature control system of multi-span linkage, it reduces energy loss for heating in winter and cooling in summer, achieving energy-saving operation throughout the year.
Adaptation to local conditions: The frame strength of the multi-span Gothic pointed roof greenhouse can adapt to wind and snow loads in different regions. The load-bearing design of the pointed roof is strengthened in northern areas to resist heavy snow, while the rapid drainage structure of the pointed roof is used in southern areas to cope with rainy climates. The multi-span linkage ventilation system can adjust air outlet layout according to local monsoon characteristics, making full use of natural ventilation to regulate temperature and humidity, truly achieving adaptation to local conditions.
II. Core Advantages
Outstanding off-season production capacity: The multi-span Gothic pointed roof greenhouse has excellent airtightness and temperature control capabilities, which can break the seasonal restrictions on crop growth. Warm-loving fruits and vegetables can be planted in winter in northern regions, and cold-resistant varieties can be cultivated in summer in southern regions. The large-scale planting mode of multi-span linkage further improves the yield and supply stability of off-season crops, ensuring continuous output throughout the year.
Strong cost controllability: The multi-span Gothic pointed roof greenhouse adopts a modular construction method to reduce construction costs. Energy-saving design reduces long-term operation energy consumption, and the multi-span layout facilitates mechanized operations, saving labor costs. The durable structure of the Gothic pointed roof extends the service life of the facility, effectively amortizing long-term investment and achieving life-cycle cost optimization.
Wide adaptability: The multi-span Gothic pointed roof greenhouse can flexibly adapt to the planting needs of different crops such as vegetables, flowers and seedlings, and realize crop rotation or three-dimensional planting by adjusting the internal partitions of multi-span linkage. It has strong adaptability to different altitudes and climate zones, and can be implemented through customized design in both arid northwest and humid southeast, with high scene compatibility.
