在一些较大规模的光伏发电项目，任何一个组成的短板都可能造成整套光伏系统低收益。光伏支架作为整个光伏系统的“骨架”，承载着整个电站的发电主体重任。对于整套光伏系统来说，支架成本占比较小，同时受传统观念影响，很多人觉得光伏支架技术含量低，所以对于太阳能支架的选择会偏向于“便宜”。
In some large-scale solar power station projects, any one of the short comings may cause low returns to the entire solar system. As the "skeleton" of the entire Solar system, the Solar bracket carries the main responsibility of the entire power station. For the whole Solar system, the cost of brackets accounts for relatively small, and affected by traditional concepts, many people feel that the technical content of Solar brackets is low, so the choice of solar brackets will be biased towards "cheap".
但是，随着全球光伏市场的日益成熟，还有更新迭代的技术方案，支架不单单只是作为支撑这一作用，更可以通过制定技术方案，使发电量大幅提升，减少基础成本。
However, with the increasing maturity of the global Solar market, there are updated and iterative technical solutions, and the bracket is not only used as a support for this role, but also can greatly increase power generation and reduce basic costs by formulating technical solutions.
目前市场上的两大类就是固定支架和光伏跟踪支架，他们之间的区别在哪呢？我来为你解答
The two major categories on the market are solar fixed brackets and solar tracking brackets, what is the difference between them? I'll answer it for you
光伏固定支架电站：固定支架的电站组件方向固定，价格远低于跟踪支架，可以为项目减少大量的前期投入，但是由于角度固定，每日会定量浪费一些太阳能。
Solar fixed bracket power station: The solar fixed bracket power station components are fixed in direction and angle, and the price is much lower than that of the tracking bracket, which can reduce a lot of upfront investment for the project, but due to the fixed angle, some solar energy will be wasted quantitatively every day.
光伏跟踪支架电站：会随着太阳的起落，自动调整角度适应，使光伏电站发电量显著提高，但是成本相对于固定支架会提高7%~10%，而且还需要承担太阳能支架系统的运行风险、后期维护等成本。
Solar tracking bracket power station: will automatically adjust the angle adaptation with the rise and fall of the sun, so that the power generation of the Solar power station will be significantly improved, but the cost will be increased by 7%~10% compared to the solar fixed bracket, and it is also necessary to bear the operating risks of the solar bracket system, later maintenance and other costs.
根据晨科多年以来的案例经验，我们总结出规模小，投入少，地形限制大的小型的太阳能支架电站项目，更适合使用固定支架。而规模大，投入高，地形限制少的大型光伏支架电站项目，更适合跟踪支架。
Based on Chiko's experience over the years, we have concluded that small solar bracket power station projects with small scale, low investment and large terrain restrictions are more suitable for using fixed brackets. The large-scale Solar bracket power station project with large scale, high investment and few terrain restrictions is more suitable for tracking the bracket.
如果你不清楚你的项目需要的具体方案需求，请联系晨科，晨科的技术团队会为你定制一份优质方案，使你的项目成本低，效益最好。
If you are not clear about the specific program requirements of your project, please contact Chiko, and the technical team of Chiko will customize a high-quality solar mounting solution for you, so that your project has low cost and the best benefit.
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