Solar hybrid PCU MPPT 5.5KVA technology described

The Su-vastika 5.5KVA Solar Hybrid PCU represents a significant advancement in solar energy management systems, particularly for residential or small commercial use in India. Su-vastika has designed a Solar PCU based on MPPT which is based on future AI based technology as the cards designed with advanced microprocessor-based technology has the flexibility to communicate and update the technology remotely and remote monitoring allows to solve the service-related problems as well as no service engineer required to send for software updating and monitoring of the solar PCU system. The technology is taking shape and no one electronic product remains in the market for more than 2 to 3 years without software improvement as the technology is updating very fast. So future ready AI based solar PCU is the only technology which can be upgraded without any human intervention. https://suvastika.com/what-is-ai-based-solar-pcu-and-how-does-it-work/

5.5KVA Solar MPPT PCU inside view of cards and circuitry

Below is a structured breakdown of its features, benefits, and considerations:

Key Features & Benefits

1. Modular Design:
   • • Separate MPPT & UPS Cards: Enhances reliability and ease of maintenance. The MPPT optimizes solar harvest, while the UPS ensures uninterrupted power during outages. The integration of Lithium battery software through the UART port gives the flexibility to the AI based solar PCU to get more controls and features for the user as and when required.
     • Communication Protocol: Likely uses UART for seamless interaction between both the cards, ensuring efficient power management. the protocol is secured and expandable to add new features through the external USB mounted outside the back panel.
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       Su-vasika

    

2. IoT Integration & Mobile App:
   • Unified App Control: Monitor and adjust settings (MPPT, UPS, BMS) via Android/iOS apps. Features may include real-time data, historical analytics, firmware updates, and alerts. First time in Idia Su-vastika has given the option to integrate the Solar PCU MPPT data with the Lithium BMS protocol so that the solar PCU acts on the data got from the BMS to increase the life of the Lithium battery.
   • Remote Management: Ideal for users seeking convenience and oversight without physical access to the system. As the world is shifting towards the Artificial intelligence which is the futuristic technology so all these kind of technology products need upgradation every now and then as the battery technology is changing very fast along with the Solar PV cell module as well. https://www.researchgate.net/publication/374623175_Revolutionizing_Solar_Energy_The_Impact_of_Artificial_Intelligence_on_Photovoltaic_Systems
3. Lithium BMS Integration:
   • • Battery Safety & Efficiency: Direct communication with Su-vastika’s Lithium BMS ensures safe charging/discharging, thermal management, and cell balancing. Alerts for faults (overvoltage, temperature) enhance reliability.
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4. AI Capabilities:
   • • Predictive Optimization: AI likely optimizes energy use (e.g., load forecasting, weather adaptation) and offers predictive maintenance, reducing downtime and improving longevity. Once the Su-vastika system is attached through its Wi-Fi dongle and start collecting the data of one year the predictive analysis by the application server start doing it properly and can give the user the yearly output of solar in advance so that user can get the idea of savings in advance.
     • Digital Warranty: A digital warranty for a Solar Power Conditioning Unit (PCU) refers to an electronically managed warranty system that leverages digital tools like IoT, cloud platforms, and data analytics to enhance traditional warranty services. Su-vastika is the first company in the world to introduced Digital Warranty which works inside the microprocessor of the Solar PCU and activates only when the system is used by installing the battery and solar panels with the system. 
   

   Su-vastika Digital Warranty

   BIS certified : Su-vastika 5.5kVA Hybrid Solar PCU is certified by the Bureau of Indian Standards which gives assurance to the user for the safety standards being followed by the Su-vastika.

User Considerations

• Security: Ensure IoT/data transmission uses encryption (e.g., TLS) to prevent breaches. The date is being kept at AWS server and the protocol is dynamic which makes and hacker difficult to hack the system data.
• Compatibility: Confirm compatibility with existing solar setups or battery types beyond lithium (e.g., lead-acid). the system can have the settings which can be set remotely or through the Bluetooth system by the mobile application and easy to perform function.
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• Fallback Mechanisms: Check redundancy features if communication between cards fails.
• User-Friendliness: App interface should cater to both tech-savvy and novice users.
• Scalability: Explore options for expanding solar/battery capacity.

Innovation & Support

• First AI-Based PCU in India: Positions Su-vastika as a pioneer in smart energy solutions, potentially offering localized support and firmware updates. The integration of BMS software is the biggest advantage to improve the functioning of the Solar PCU to increase the lithium battery life by automatically changing the charging current, battery low cutoff and Battery High voltage setup.
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Potential Enhancements

• Expandability: Clarify if the system supports adding more panels/batteries. As the Lithium battery is the most important parameter for the future upgradability because the user may add the backup time or reduce the backup time as per the load shedding conditions of any area which is the easiest possibility by the Solar PCU based on AI technology.

Summary

This system integrates cutting-edge technology (AI, IoT, modular design) to optimize solar energy use, enhance user control, and ensure safety. Its app-centric approach and BMS integration make it a robust choice for users prioritizing convenience and innovation. Prospective buyers should verify compatibility, security, and support details to maximize value.