{
  "type": "article",
  "title": "Ranchi Class 5 student creates gravity storage model to generate electricity using weighing weights",
  "summary": "Mohammed Anshuman, a fifth-grade student at JVM Shyamali School in Ranchi, has built a unique gravity storage model. Inspired by a video on YouTube, he designed the project based on the principles of potential energy and gravitational force to address electricity issues.",
  "content": "A fifth-grade student in Ranchi has captured attention by developing an innovative gravity storage model designed to store and generate electricity. Mohammed Anshuman, who studies at JVM Shyamali School, built the project using basic materials and core scientific principles including potential energy and gravitational force, aiming to tackle power-related challenges.\n\nWorking Mechanism and Scientific Principle\nExplaining how his invention functions, Mohammed Anshuman noted that he used a sturdy rope and a heavy weighing weight to construct the setup. A wheel connected to a motor is positioned at the top of the structure. When the heavy weight is pulled upward using the rope, it accumulates potential energy due to the influence of gravitational force.\n\nOperating under the fundamental law of conservation of energy, which dictates that energy cannot be created or destroyed but only transformed, this stored energy can later be utilized to generate electricity when the heavy weight is lowered back down. He chose a standard metal weighing weight because its high density made it an ideal option for lifting and storing mechanical energy.\n\nGlobal Inspiration and YouTube Discovery\nThe young student pointed out that similar large-scale projects are already operational internationally. A Swiss company originally launched this method, and the same firm has since implemented it in China, where energy is stored using this exact technique to manage power demands.\n\nThe inspiration to build this model came to Mohammed Anshuman while browsing videos on YouTube. Recognizing that electricity availability remains a major concern, he decided to create a working prototype using just four or five everyday items after watching how the storage system operates.\n\nWhy this happened\nThe model was conceptualized as a localized educational application of large-scale energy storage solutions currently being deployed globally to combat power reliability issues.\n\n• Global Inspiration: The young creator drew inspiration from commercial gravity storage projects initiated by Swiss and Chinese companies.\n• Scientific Principles: The framework strictly follows established physics principles concerning gravitational force and energy transformation.\n• Resourcefulness: The project demonstrates how basic everyday items can be utilized to replicate complex engineering concepts found online.\n\nQuestions & Answers\n\n1. Which school does Mohammed Anshuman attend?\nMohammed Anshuman is a fifth-grade student at JVM Shyamali School in Ranchi.\n\n2. What project did he build?\nHe built a unique gravity storage model based on the principles of potential energy and gravitational force.\n\n3. What was used as the heavy weight in the project?\nHe used a standard metal weighing weight as the heavy object in his setup.\n\n4. Where did Mohammed Anshuman get the idea from?\nHe got the idea after watching a video while browsing YouTube.\n\n5. Where is this technology being used commercially?\nThis type of energy storage project was originally started by a Swiss company and has now been implemented in China as well.\n\nInspiration & Lessons\nMohammed Anshuman's journey highlights how curiosity and resourcefulness can lead to meaningful innovation at a young age.\n\n• Curiosity Driven Learning: Actively exploring educational content online can spark creative ideas and practical problem-solving skills.\n• Addressing Real Issues: Students should focus on local or national challenges, such as power shortages, and brainstorm small-scale prototypes.\n• Resource Utilization: Innovative projects do not always require expensive gear; simple household items can be repurposed effectively.",
  "url": "https://trendkia.com/en/jharkhand/ranchi-ke-panchvi-kaksha-ke-chhatra-ne-gravity-storage-se-banai-bijli-57346",
  "category": "Jharkhand",
  "publishedAt": "2026-11-07",
  "tags": [
    "Ranchi",
    "Gravity Storage",
    "Mohammed Anshuman",
    "Science Project",
    "Energy Conservation",
    "JVM Shyamali School"
  ],
  "language": "en",
  "site": "TrendKia",
  "whyItHappened": "The model was conceptualized as a localized educational application of large-scale energy storage solutions currently being deployed globally to combat power reliability issues.\n\n• Global Inspiration: The young creator drew inspiration from commercial gravity storage projects initiated by Swiss and Chinese companies.\n• Scientific Principles: The framework strictly follows established physics principles concerning gravitational force and energy transformation.\n• Resourcefulness: The project demonstrates how basic everyday items can be utilized to replicate complex engineering concepts found online.",
  "questionsAndAnswers": [
    {
      "question": "Which school does Mohammed Anshuman attend?",
      "answer": "Mohammed Anshuman is a fifth-grade student at JVM Shyamali School in Ranchi."
    },
    {
      "question": "What project did he build?",
      "answer": "He built a unique gravity storage model based on the principles of potential energy and gravitational force."
    },
    {
      "question": "What was used as the heavy weight in the project?",
      "answer": "He used a standard metal weighing weight as the heavy object in his setup."
    },
    {
      "question": "Where did Mohammed Anshuman get the idea from?",
      "answer": "He got the idea after watching a video while browsing YouTube."
    },
    {
      "question": "Where is this technology being used commercially?",
      "answer": "This type of energy storage project was originally started by a Swiss company and has now been implemented in China as well."
    }
  ],
  "inspiration": "Mohammed Anshuman's journey highlights how curiosity and resourcefulness can lead to meaningful innovation at a young age.\n\n• Curiosity Driven Learning: Actively exploring educational content online can spark creative ideas and practical problem-solving skills.\n• Addressing Real Issues: Students should focus on local or national challenges, such as power shortages, and brainstorm small-scale prototypes.\n• Resource Utilization: Innovative projects do not always require expensive gear; simple household items can be repurposed effectively."
}