Wind-solar complementary monitor systems
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Application Areas
High-speed highway traffic monitoring, military border checkpoints, communication base stations, forest fire prevention, offshore oil platforms, geological exploration and field survey stations.
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System Features
Complementarity
Based on the characteristics of wind and solar resources in different regions, the proportion of wind and solar energy is reasonably configured to minimize the overall system cost. The strong complementary nature of solar and wind energy in both time and geography maximizes the utilization of resources. During the day when sunlight is strong and wind is weak, and at night when sunlight is weak, wind energy strengthens due to large surface temperature variations. The complementary nature of solar and wind energy in time is the optimal match for wind-solar hybrid power generation systems in resource utilization.
Stable and Reliable
Under suitable meteorological resource conditions, wind-solar hybrid power generation systems can enhance the continuity, stability, and reliability of system power supply.
Good Economic Benefits
The construction cost of power supply lines for monitoring is high, and as roads extend, voltage boosting systems are also required. Therefore, the cost of power supply lines for monitoring in remote suburban areas is high, and a significant amount of electricity is consumed along the lines. In contrast, wind-solar hybrid monitoring systems do not require power transmission lines, do not consume electricity, and offer significant economic benefits.
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