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title: How Solar Panels Will Be Managed After Their Useful Lives

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# **How Solar Panels Will Be Managed After Their Useful Lives**

With the rapid progress of solar power industry maintained, the coming question of how to deal with the accumulation of ponderable decommissioned solar panels arouses. Having an average lifespan of 25-30 years, the overall number of retired solar panels will be increasing dramatically over time, thus action to **[find the best](https://solar1000.com/produs/montaj-panouri-fotovoltaice-10-kw-sistem-fotovoltaic-10-kw-trifazat-invertor-10kw/)** disposal options, like kit panourifotovoltaice 10 kwpret, should be taken nowadays.

![image](https://hackmd.io/_uploads/ryWYrA-XC.png)

Recycling ascends to the forefront as a popular strategy to meet the challenge but the recycling process is intricate and the necessary infrastructure is insufficient. The Solar panels are made of different materials components, many of them are of the hazardous nature and they require glues and seals to attach them which makes disassembly quite a hard task. On the other hand, ECS Refining and other recycling companies are slowly gearing up to face the likely increase in aging panels to be recycled.

While recycling endures hurdles, the streamlining of this process is being pursued. The Solar Energy Industries Association (SEIA) is working with recycling companies to provide training and sharing data on the different parts of panels thus ensuring better readiness of the recycling industry for the coming surge of solar wastes. Moreover, some photovoltaic institutions like First Solar have gone a step further by, themselves, establishing recycling programs for their instruments. For a long time, the recycling system of First Solar has been constantly improving, seeking a cost balance and scalability in order to cope with the **[increasing supply of solar panels](https://hackmd.io/@enertechups/rkBnfPoia?utm_source=preview-mode&utm_medium=rec)** as they are being decommissioned.

One of the main parts of the recycling process is to design panels so that they can be taken apart easily. Reusing of the produced materials is another important detail. For example, First Solar provides a glass- and semiconductor-base panel which helps to re-use 90% of the materials, thus saving on waste and making the best use of the scarce resources.

![solar-panel-installation](https://hackmd.io/_uploads/BJ73HCbQR.jpg)


In the context of regulations, the United States of America has no national standards to support the management of the panels that are at the end of their lives study. However, Washington state has gone ahead as a pioneer which has passed a bill to make budgets for recycling and recovery of panels that have reached their life span. Yet, totally seeing that these rules will be in operation in 2021 is still being determined. 

Meanwhile, the volume of decommissioned panels expected in the coming years, especially in the U.S. where there are currently no federal regulations does evidently dictate the future where comprehensive regulations are no longer a question. First of Solar's recycling head director predicts this trend will grow and the same programs to be founded within upcoming ten years.

To sum up, **[dealing with solar panels](https://matthijsz.medium.com/so-you-want-to-solar-panel-afb6704a7fa)** that are scrapped encourages gradual distinction because of their intricate construction and absence of the necessary recycling construction. On the other hand, the intensified actions from industry participants which could be aided by the leadership initiatives from the top recycling firms serve as a good beginning for the resolution of this problem. To perform the role of waste management, regulations aiming to control every segment constitute the basis of developing the sustainability of the solar power industry.



