Причины деградации панелей фотоэлектрических преобразователей: анализируются, определяются методы снижения скорости деградации и определяются анализируются преимущества и недостатки. Исследования показали, что деградация фотоэлектрических панелей больше связано с производством материалов, производством процессов, климат места, где они используются, погодные условия, температура и влажность.

The reasons for the degradation of panels of photovoltaic converters are analyzed, methods for reducing the rate of degradation are determined, and the advantages and disadvantages are analyzed. Research has shown that the degradation of photovoltaic panels is more related to manufacturing materials, manufacturing processes, the climate of the place where they are used, weather conditions, temperature and humidity.

• CONTENTS
• INTRODUCTION
• LIST OF ABBREVIATIONS
• 1Review of the main factors influencing the rate of
• 1.1 Principle of operation and manufacturing proce
• 1.2 Analysis of the causes of FEP panel degradatio
• 1.3 Other factors such as dust accumulation
• 2 Discussion of methods for slowing down PE panel
• 2.1 Solutions for delayed LID photovoltaic panels
• 2.2 Different solutions for PID phenomena
• 3 Influence of climatic conditions on the degradat
• 3.1 Degradation of photovoltaic panels in areas of
• 3.2 Taking Chinese cities as an example (Changzhou
• 3.3 Taking Russian cities as an example (Moscow)