随着气候变暖和降水变异的加剧，极端天气现象出现的频次在增加，农业生产和农户收益不确定性在加剧。为此，我们将如何应对气候威胁，确保农业收益呢？近日，日本一家农业种植大户在日本宫城县、茨城县、福岛县等地，十多个农场光伏产业园正在如火如荼的施工建设中。

With the intensification of the global warming and the precipitation variability, the extreme weathers are increasing, which leads to the uncertainty of agricultural production and farmers' income. To this end, how will we cope with the climate threats and ensure agricultural returns? Recently, more than ten farm photovoltaic industrial parks in Miyagi, Ibaraki, Fukushima and other places in Japan are under construction, which are belongs to a large Japanese agricultural planter.

提倡农光发电的CHO技术研究所的长岛彬所长说，在日本存在的471万公顷的农用地中，如果其中的300万公顷导入农光发电的话，就可以提供日本国内的全部发电量。在日本“光伏农业大棚不仅能种植农作物，还能发电创收！”虽已不是新鲜事，但如何实现农业种植和光伏发电最高效，达到农业光伏经济最优化，这需要专业光伏农棚研发设计企业的硬实力。

According to statistics, there are currently 4.71 million hectares of agricultural land in Japan. If more than three-fifths of the farmland can be introduced into photovoltaic power generation, Japan's annual electricity consumption can be achieved. Although "photovoltaic agricultural greenhouses can not only grow crops, but also generate electricity and generate income!" is not news in Japan. But how to achieve the most efficient agricultural planting and photovoltaic power generation, and achieve the optimization of agricultural photovoltaic economy, requires professional photovoltaic farmhouse R&D and design enterprises hard power.


近日，国瑞能为日本当地农场主的十几个农场提供慧棚-光伏农棚支架系统。项目的农场主是日本的农业种植大户，在宫城县、茨城县、福岛县等不同县区均有农场，根据客户的需求，国瑞能通过反复的论证与修改，针对不同县区的田地和植物日照需求，设计提供安装简单，易于拆卸，结构结实耐用，大跨距便于大型机械作业的光伏农棚支架，各项目以农光结合的模式进行，在保障农作物光照需求足够，植被健康成长的基础上实现了光伏发电的效益最大化。

Recently, Grace Solar provides the Solar farm mounting system/ Agri-Photovoltaic system to the farm owner, who's a large agricultural planter have dozens farms in Japan. He owns farms in different counties such as Miyagi, Ibaraki, and Fukushima. According to the requests of the customer, through repeated demonstrations and revisions, Grace Solar has designed and provided the solar farm mounting system that are simple to install, easy to disassemble, durable in structure, and large-span for large-scale mechanical operations to meet the needs of fields and plants in different counties and districts. The projects are carried out by farm-solar combined mode , and the benefit of photovoltaic power generation is maximized on the basis of ensuring sufficient light demand for crops and healthy growth of vegetation.


经过十多年海外光伏市场推广，国瑞能的光伏农棚系统已遍及海外多地，在日本、欧洲多国获得建设数百个光伏+农业合作项目。为满足全球多样复杂环境建设需求，国瑞能的支架产品研发设计和营销服务在持续创新，经历多次迭代升级，光伏农棚在稳定性和跨距等方面下了许多功夫，样式有平顶式、斜面式，材质可全铝合金结构，亦可全碳钢结构，亦或铝合金与碳钢结合，无限扩延与连接，同时采用大尺寸立柱，结合桁架结构、背部拉杆实现大跨距稳定，多重保障农场主农户的最高效益。

After more than ten years of overseas photovoltaic market promotion, Grace Solar's Solar farm mounting system have spread to many places overseas, and hundreds of photovoltaic + agricultural cooperation projects have been constructed in Japan and many European countries. In order to meet the construction needs of various complex environments around the world, Grace Solar's R&D, design and marketing services for the PV mounting system are continuously innovating. After many iterative upgrades, photovoltaic farm sheds have made a lot of efforts in terms of stability and span. The styles include flat-top type, slope type, and the material can be all aluminum alloy structure, all carbon steel structure, or aluminum alloy and Carbon steel combination, to infinite extension and connection, at the same time by using large-sized columns, combining with truss structure, back pull rod to achieve large span stable and multiple guarantees for the highest benefit of the farmers.

当前，全球多国高温预警，干旱、暴雨反常，气候问题关系到每一个人。为应对气候变化，全球“零碳”计划正加速进行中，全球光伏产业生态链都在快速发展，身处其中的光伏企业必须保持对技术创新的不断探索，立足更高层次去看待和判断，才能脱颖而出。值得一提的是，技术创新是国瑞能发展的最大动力，今后国瑞能也会保持初心，为全球能源可持续发展贡献创新力量！

At present, many countries around the world have high temperature warnings, abnormal droughts and heavy rains, so the climate issues concern everyone. In order to cope with climate change, the global "zero carbon" plan is accelerating, and the global photovoltaic industry ecological chain is developing rapidly. As a part of the plan, Photovoltaic enterprises must maintain continuous exploration of technological innovation, view and judge from a higher level to stand out. It is worth mentioning that technological innovation is the biggest driving force for the development of Grace Solar. In the future, Grace Solar will maintain its original intention and contribute innovation to the sustainable development of global energy!

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