User: terjemahkan ini
Sure! Here's a complete version of your paper in English, based on the horticultural agriculture field and following all the instructions you gave:

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**Title: SmartShade – A Temperature-Controlled Shade System for Horticultural Crops**

In the field of horticultural agriculture, managing the temperature and sunlight exposure for crops is a serious challenge, especially with the ongoing effects of climate change. One specific issue is the excessive heat and sunlight that can damage sensitive plants such as lettuce, strawberries, and tomatoes. To solve this problem, I created a tool called **SmartShade**, a temperature-controlled shade system designed to protect horticultural crops from extreme weather conditions.

The **main function of SmartShade** is to automatically provide shade to plants when the temperature gets too high or when the sunlight intensity exceeds the optimal level for plant growth. It uses temperature and light sensors to monitor the environment and then activates a movable shading net system to cover or uncover the plants as needed.

**The benefits of SmartShade** include protecting plants from heat stress, improving plant quality, and maintaining consistent growing conditions. It also helps reduce the need for constant human monitoring. One of its **strengths** is its ability to respond automatically to changing weather conditions. However, a **weakness** of this tool is its dependency on power (electric or solar), and the cost of sensors and materials may be high for small-scale farmers.

I plan to **make and test SmartShade** at my university’s agricultural practice area and also at a small experimental plot in my hometown. The testing process will include observing plant health, growth rates, and temperature control over several weeks. I will be supported by my lecturers, fellow students, and a local farmer who is interested in the results.

To **operate SmartShade**, the sensors are installed around the planting area. They collect temperature and light data in real time. When the system detects a temperature above the set limit, it sends a signal to the motor to roll out the shade net. When the conditions are back to normal, the net will roll back automatically. The whole system can also be controlled manually using a mobile app or control panel.

My **hope** is that SmartShade will help farmers grow high-quality crops even under harsh weather conditions. I believe this tool can make horticultural farming more productive and climate-resilient. In conclusion, SmartShade combines simple technology and practical use to support modern and sustainable agriculture in Indonesia.

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Let me know if you'd like to modify anything, or if you want help turning this into a presentation or poster!
User: terjemahkan ini
Sure! Here's a complete version of your paper in English, based on the horticultural agriculture field and following all the instructions you gave:

---

**Title: SmartShade – A Temperature-Controlled Shade System for Horticultural Crops**

In the field of horticultural agriculture, managing the temperature and sunlight exposure for crops is a serious challenge, especially with the ongoing effects of climate change. One specific issue is the excessive heat and sunlight that can damage sensitive plants such as lettuce, strawberries, and tomatoes. To solve this problem, I created a tool called **SmartShade**, a temperature-controlled shade system designed to protect horticultural crops from extreme weather conditions.

The **main function of SmartShade** is to automatically provide shade to plants when the temperature gets too high or when the sunlight intensity exceeds the optimal level for plant growth. It uses temperature and light sensors to monitor the environment and then activates a movable shading net system to cover or uncover the plants as needed.

**The benefits of SmartShade** include protecting plants from heat stress, improving plant quality, and maintaining consistent growing conditions. It also helps reduce the need for constant human monitoring. One of its **strengths** is its ability to respond automatically to changing weather conditions. However, a **weakness** of this tool is its dependency on power (electric or solar), and the cost of sensors and materials may be high for small-scale farmers.

I plan to **make and test SmartShade** at my university’s agricultural practice area and also at a small experimental plot in my hometown. The testing process will include observing plant health, growth rates, and temperature control over several weeks. I will be supported by my lecturers, fellow students, and a local farmer who is interested in the results.

To **operate SmartShade**, the sensors are installed around the planting area. They collect temperature and light data in real time. When the system detects a temperature above the set limit, it sends a signal to the motor to roll out the shade net. When the conditions are back to normal, the net will roll back automatically. The whole system can also be controlled manually using a mobile app or control panel.

My **hope** is that SmartShade will help farmers grow high-quality crops even under harsh weather conditions. I believe this tool can make horticultural farming more productive and climate-resilient. In conclusion, SmartShade combines simple technology and practical use to support modern and sustainable agriculture in Indonesia.

---

Let me know if you'd like to modify anything, or if you want help turning this into a presentation or poster!
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