Kushal Boundary meters are designed to measure energy at the point where different electrical systems or networks meet, providing crucial insights for monitoring and managing energy flow between boundaries. This innovative product is currently under development, with features aimed at enhancing accuracy, reliability, and real-time data access for utilities and large-scale operations. With its advanced capabilities, the boundary meter will support efficient energy distribution and help identify energy losses across networks.
Kushal Feeder meters are vital for accurately measuring and monitoring energy in power distribution systems. These meters ensure efficient energy management, reduce power losses, and support maintenance. Key features include real-time data logging, remote communication, high precision, and compliance with Indian standards. They help optimize electrical systems and improve operational efficiency.
Kushal HT consumer meters are designed to accurately measure and monitor energy consumption in high-tension electrical systems. These meters are essential for utilities to ensure accurate billing, efficient energy usage, and compliance with regulatory standards. Key features include high precision, tamper detection, remote communication, and real-time data tracking. Built to handle the demands of HT systems, Kushal HT consumer meters provide reliable insights into energy consumption patterns, enabling utilities to optimize energy management and support operational efficiency.
Kushal DT meters are advanced devices designed to measure and monitor energy parameters in distribution transformers. They play a critical role in tracking transformer efficiency, detecting energy losses, and ensuring balanced power distribution. Equipped with features like load profiling, tamper detection, remote communication, and real-time data insights, these meters also include Digital Input (DI) ports for capturing external events such as breaker status or alarms. They help optimize transformer performance, enhance system reliability, and reduce energy wastage.
Kushal commercial and industrial meters (LTCT & Whole Current) are advanced devices designed to accurately measure and monitor energy consumption in high-demand environments. These meters provide critical insights into power usage, helping businesses optimize energy efficiency, manage costs, and ensure compliance with billing and regulatory requirements. Key features include load profiling, power quality analysis, tamper detection, remote communication, and real-time data access. Ideal for large-scale operations, Kushal C&I meters empower industries and commercial establishments to achieve energy efficiency and operational excellence.
Kushal residential meters are essential devices designed to accurately measure and monitor electricity consumption in households. Engineered for high reliability, these meters feature robust construction, precision components, and advanced protection against environmental factors like voltage fluctuations, surges, and temperature variations. Key features include accurate billing, tamper detection, remote reading capabilities, and real-time data access. Built to meet stringent standards, residential meters support efficient energy management and seamless integration with modern smart grid systems.
Compatible with multiple communication technologies, including RF- mesh, and Cellular
Plug & play swappable communication module
Tamper alerts to utility in real-time
Anomaly self-discovery and alerts
Multiple tariff management
Stores data to help in monitoring and analysing Quality of supply (QoS)
Power fail alerts
Tamper Proof design
Last Gasp First Breath, Alarm/Event notification
Firmware upgrade Over the air (FOTA)
Compatible with multiple communication technologies, including RF- mesh, and Cellular
Plug & play swappable communication module
Tamper alerts to utility in real-time
Anomaly self-discovery and alerts
Multiple tariff management
Stores data to help in monitoring and analysing Quality of supply (QoS)
Power fail alerts
Tamper Proof design
Last Gasp First Breath, Alarm/Event notification
Firmware upgrade Over the air (FOTA)
Compatible with multiple communication technologies, including RF- mesh, and Cellular
Plug & play swappable communication module
Tamper alerts to utility in real-time
Anomaly self-discovery and alerts
Multiple tariff management
Stores data to help in monitoring and analysing Quality of supply (QoS)
Power fail alerts
Tamper Proof design
Last Gasp First Breath, Alarm/Event notification
Firmware upgrade Over the air (FOTA)
Compatible with multiple communication technologies, including RF- mesh, and Cellular
Plug & play swappable communication module
Tamper alerts to utility in real-time
Anomaly self-discovery and alerts
Multiple tariff management
Stores data to help in monitoring and analysing Quality of supply (QoS)
Power fail alerts
Tamper Proof design
Last Gasp First Breath, Alarm/Event notification
Firmware upgrade Over the air (FOTA)
Compatible with multiple communication technologies, including RF- mesh, and Cellular
Plug & play swappable communication module
Tamper alerts to utility in real-time
Anomaly self-discovery and alerts
Multiple tariff management
Stores data to help in monitoring and analysing Quality of supply (QoS)
Power fail alerts
Tamper Proof design
Last Gasp First Breath, Alarm/Event notification
Firmware upgrade Over the air (FOTA)
Compatible with multiple communication technologies, including RF- mesh, and Cellular
Plug & play swappable communication module
Tamper alerts to utility in real-time
Anomaly self-discovery and alerts
Multiple tariff management
Stores data to help in monitoring and analysing Quality of supply (QoS)
Power fail alerts
Tamper Proof design
Last Gasp First Breath, Alarm/Event notification
Firmware upgrade Over the air (FOTA)