晶伟能源成立于2016年，总部位于北京，在上海、合肥、新加坡、东京拥有分支结构及子公司，公司核心技术团队聚集一批由清华、复旦、上海交大校友组成的高规格年轻化科创人才队伍，公司核心战略及运营团队由一批在光伏行业深耕十五年以上的资深人士组成。 晶伟能源是一家致力于为光伏电站全生命周期提供智能化解决方案的科技公司，公司以数字技术与新能源产业结合为背景，致力于通过人工智能、大数据、云计算、无人机等技术在光伏电站领域的深入应用，为光伏电站资产的运营提供更加安全，高效，专业的技术解决方案。
采用图像SLAM (simultaneous localization and mapping)技术，即时定位与地图构建，或并发建图与定位。对复杂的山体、水上漂浮电站，仍然可以进行精准的组件级定位。
对已图像分割定位的组串，融合地理数据等信息，基于全图拼接算法将组串进行拼接，并过滤无效信息，同时支持模拟全景图和电站布阵图标注方式，完整精准的全站组串位置分布拟态图。
基于理光先进的图像识别算法， 开发了图像数据对比程序。采用多种人工智能技术:红外图像识别技术、 传感器融合技术、图像分析定位技术、 深度神经网络学习目标分割算法、红外可见光定位信息多源数据融合算法、形态学和聚类方法的图像分析算法、海量历史数据的故障统计分析和挖掘算法。
整套设备配备了新的物联网模块和人工智能智能分析系统，能够更好地帮助用户完成产品图像数据识别和检测报告。
Work efficiency has increased by nearly 10 times compared to manual inspection!
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Work efficiency has increased by nearly 10 times compared to manual inspection!
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Work efficiency has increased by nearly 10 times compared to manual inspection!
了解更多我们的设备在各个行业的长途运输中发挥着至关重要的作用，确保在恶劣环境下的运输效率、耐用性和安全性。
大型光伏电站利用沙漠、戈壁、水面、荒漠、山地等大面积闲置土地，以及相对稳定的太阳能资源建设而成。
指的是附加在建筑物上的太阳能光伏发电系统，也称为“安装型”太阳能光伏建筑
利用鱼塘的广阔面积，在鱼塘水面上方安装太阳能发电系统，水下仍进行水产养殖，达到了双重目的。
光伏发电在棚外，棚内种植蔬菜，其余电力除了在棚内使用外还接入公共电网。
BIPV指的是光伏建筑一体化，它在建筑的设计、施工和安装过程中同时进行。
专为高压力和长距离运输而设计，我们的管道提供了一种安全高效的能源传输解决方案。
实时关注行业最新动态，与时俱进
With the continuous large-scale development of the domestic photovoltaic industry, the number of ground power stations and distributed photovoltaic projects is rapidly increasing. The industry has raised higher standards for the portability, measurement accuracy, and fault diagnosis capabilities of on-site testing equipment. Traditional large-scale IV testing equipment is bulky, cumbersome to transport and deploy, and difficult to adapt to complex on-site environments such as mountains, rooftops, and distributed industrial and commercial environments. Operations personnel find it difficult to efficiently complete large-scale string performance screening work. Jiangsu Jingwei Technology is based on the actual pain points of the photovoltaic testing industry and has launched the JW-IV10 portable IV tester. With high-precision acquisition technology, lightweight body design, and intelligent analysis algorithms, it provides a complete on-site testing solution for photovoltaic power plant acceptance, daily inspection, and fault location, promoting photovoltaic operation and maintenance to steadily move towards refinement and digitization. Outdoor IV…
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Solar irradiance is the most fundamental environmental parameter in the photovoltaic industry. Component power calibration, IV curve STC standard conversion, site light resource assessment, power generation verification, and third-party testing report issuance are all based on accurate irradiance measurement. If there is a deviation in the irradiation data, all subsequent performance measurement results will be distorted, directly affecting the performance evaluation and revenue calculation results of the power station. Ordinary simple irradiation equipment on the market generally has shortcomings such as large temperature drift, insufficient spectral matching, and poor outdoor environmental stability. Large desktop irradiation instruments are inconvenient to carry and difficult to adapt to various distributed photovoltaic on-site mobile detection needs such as roofs and mountains. Jiangsu Jingwei JW-F04 portable irradiance meter, benchmarking against A-level measurement standards, balancing high precision and portability, has become the basic standard instrument for photovoltaic field testing, providing reliable light energy data support for…
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Long term exposure of photovoltaic systems to outdoor environments, such as cable aging, damaged insulation layers of components, and moisture and water ingress of wiring terminals, can cause a decrease in insulation performance, resulting in leakage and PID effects. In severe cases, it can lead to equipment damage and even personal safety risks. Insulation resistance testing is an essential safety inspection item for photovoltaic system installation acceptance and annual safety inspection. By measuring the insulation resistance value, it can intuitively evaluate the electrical isolation status of components, cables, combiner boxes, and inverters on the DC side, and detect potential safety hazards in advance. In response to the high voltage characteristics of photovoltaic DC systems, Jiangsu Jingwei Technology has developed the JW-J25 insulation resistance tester, which is customized and developed for the photovoltaic industry. It balances testing accuracy, operational safety, and portability, providing professional solutions for electrical safety testing of photovoltaic…
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