Nerokas Experimental Learners Kit (NEL KIT) – Eco-Friendly Smart House Kit – Sustainable Green Home

This Eco-Friendly Smart House Kit is newly rolled out by Nerokas Experimental Learning Centre (NELC). It simulates a sustainable intelligent home and demonstrates how smart technology can support green living and environmental protection.Based on programming language, the product uses multiple sensors and modules to realize automated and intelligent management of an eco-friendly house. C/C++ and KidsBlock programming languages are provided in the tutorials, which contain detailed project introductions, making programming methods, logic, and electronic circuits more accessible to you. Importantly, it not only enhances our hands-on ability but cultivates the awareness of scientific and technological innovation and problem-solving ability, which features strong practicality and creativity. By the way, the sensors and modules are fully compatible with the PLUS main board ports, and the wires are convenient and easy to use. If you have any difficulties or questions about this tutorial and toolkit, please feel free to contact us.

The NEL KIT – Eco-Friendly Smart House Kit lets students build a model house featuring solar power integration, automated energy monitoring, water conservation systems, waste sorting mechanisms, and IoT environmental controls — all working together to create a miniature sustainable smart home.**10 Advantages of this NEL KIT Eco-Friendly Smart House Kit:** 1. Combines sustainability education with practical smart technology 2. Hands-on experience using multiple sensors for automated management 3. Detailed tutorials in both C/C++ and KidsBlock for different skill levels 4. Enhances programming logic, electronic circuit understanding, and problem-solving skills 5. Promotes awareness of scientific and technological innovation 6. Strong focus on creativity and real-world practicality 7. Sensors and modules are fully compatible with the PLUS main board for easy wiring 8. Flexible and scalable design thanks to the versatile PLUS board 9. Encourages environmental responsibility through green technology 10. Long-term reusability with support available from Nerokas team**10 Real-Life Applications:** 1. Energy-efficient smart homes with solar power integration 2. Automated water conservation and irrigation systems 3. Intelligent waste sorting and recycling stations 4. Green buildings with smart climate and energy management 5. Off-grid sustainable housing solutions 6. School or community eco-houses for demonstration 7. Corporate sustainability and environmental education models 8. Urban farming with automated environmental controls 9. Educational exhibits promoting climate action and green living 10. Research prototypes for net-zero energy buildings

**10 Ways Learners and Educators Can Use This Kit:** 1. Full sustainability and IoT semester project with final eco-home demonstration 2. Progressive lessons starting from basic sensor reading to complete automated house 3. Environmental science and technology clubs focused on green innovation 4. Science fairs and exhibitions showcasing practical solutions for climate change 5. Group projects dividing tasks in hardware assembly, coding, and sustainable design 6. Educators teaching ecology, programming logic, and hands-on electronics simultaneously 7. Homeschool curriculum integrating STEM with environmental awareness 8. Students extending the kit by adding new sensors or integrating with ESP32 for Wi-Fi 9. Competitions for the most energy-efficient or creatively designed eco-friendly house 10. Foundation for advanced projects in smart cities, green architecture, or renewable energy systems

**Features:** - **Integrity:** Learners can explore and integrate multiple sensors in one project - **Practicability:** Detailed working principles of each sensor are clearly explained in tutorials - **Innovation:** Strongly cultivates scientific and technological innovation and problem-solving abilities - **Flexibility:** The PLUS board provides excellent expandability and scalability for future projects - **Interactivity:** Use the experimentation platform and communication communities to share experiences with other learners**Technical Parameters:** - Microcontroller: ATMEGA328P-AU - USB-Serial chip: CP2102 - Operating voltage: 5V or 3.3V (dip switch control) - External power: DC 6-15V (9V recommended) - Digital I/O pins: 14 (D0-D13) - PWM channels: 6 (D3, D5, D6, D9, D10, D11) - Analog input channels (ADC): 8 (A0-A7) - DC output capacity per I/O: 20 mA - 3.3V port output capacity: 50 mA - Flash Memory: 32 KB (of which 0.5 KB is used for the bootloader) - SRAM: 2 KB (ATMEGA328P-AU) - EEPROM: 1 KB (ATMEGA328P-AU) - Clock speed: 16MHz - Onboard LED pin: D13The complete kit includes pre-cut model house parts, solar panels, multiple high-precision sensors and modules, PLUS main board, convenient wiring, and a detailed curriculum with sustainability challenges and step-by-step tutorials in C/C++ and KidsBlock.This kit delivers excellent STEAM integration across Science (ecology & energy systems), Technology (smart sensors & programming), Engineering (green architecture), Arts (sustainable design), and Mathematics (energy calculations & logic). Perfect for ages 10+ and ideal for raising environmentally conscious young innovators.