Inverter development

Unleashing Technological Marvels: The Dynamic Development of IoT-Based Inverters

Inverter Advancement: Research and Analysis for Development

• We analyse market demand and inverter operations to customize inverters that meet customer needs and solve their challenges precisely.
• Our research shows that inverters can adapt to both rural and urban needs.
• We recommend using inverters for homes and businesses, with parallel stacks offering a scalable solution for up to 20kW power requirements.
• Through careful analysis, we find that the system needs at least 10kW of solar energy and a high discharge capacity to perform optimally.

Envisioning Tomorrow's Energy: The Innovative Design of IoT-Based Inverters

• We have designed and developed a solar inverter that efficiently captures solar energy using maximum power point tracking and controls loads with IoT.
• Our inverter is thoughtfully designed as a compact, all-in-one unit, eliminating the need for separate components and ensuring seamless integration.
• Weighing between 25kg and 30kg and measuring 30cm to 60cm, it achieves efficient performance in a small design.

Prototyping the Future: Inverter Development

• Detailed Prototyping: Our portable inverters have been rigorously tested, from a 10kW solar panel setup to intricate wiring, to ensure they look and work perfectly.
• Maximizing Efficiency: We've chosen MPPT technology to ensure the best charging performance for a minimum 10kW battery pack, actively and efficiently replenishing its power reserves.
• This inverter provides 10kW of electric power, allowing any surplus energy, up to 5kW, to be sent back to the solar grid.

Precision Testing: Validating Performance, Ensuring Safety

• We conduct thorough testing on each design to ensure it's suitable for different climates and looks great, ensuring both optimal performance and visual appeal.
• Battery tests show it can hold a 5kW capacity for 6-8 hours of continuous use, efficiently storing daytime energy for evening usage.
• Our inverter has undergone rigorous testing in different climates and households to ensure it meets government standards and performs reliably.

Forging the Future: Continuous Production of IoT-Based Inverters

• Our 10kW system efficiently tracks power needs, harnessing solar energy from grids.
• Before mass production, the inverter goes through thorough testing. Different assembly sections handle components like MPPT, inverter, electronics, contactors, frame, connectors, and testing, leading to the final packaging.

Exemplary Deployment and Maintenance: Enhancing EV Performance and Satisfaction

• Seamless Operation: Installing our inverter is as easy as hanging it up, providing input, and getting efficient output—no hassle, just immediate use.
• Inclusive & Affordable: Our inverter suits both rural and urban areas, cutting electricity costs by at least 12-15 Rs compared to city rates, with installation costing just 4 Rs per unit for 3-5 years.
• Initially, our IoT-based inverter may have defects, but its built-in sensors for temperature, voltage, and power monitor errors and notify us via the cloud. Our service engineers can then fix any issues and replace faulty parts if needed.
• Regular maintenance every 6-8 months ensures the inverter performs optimally and lasts longer.