AIoT Platform

The EnOS™ AIoT Platform, developed by Envision Digital, is a solution designed to connect and manage smart devices and energy assets. It aims to optimize operations, improve efficiency, and drive digital transformation for businesses of all sizes. According to the vendor, professionals and industries in energy and utilities, manufacturing, transportation, infrastructure, smart cities, retail and consumer goods, and agriculture can leverage the EnOS™ AIoT Platform to unlock real-time insights and achieve sustainable and efficient operations.

Key Features

EnOS™ Infrastructure: According to the vendor, this feature connects and manages smart devices and energy assets, providing real-time visibility and control over operations. It supports on-premises, edge, and cloud deployments, aiming to enable efficient and sustainable operations.

EnOS™ Cloud: The vendor claims that EnOS™ Cloud is a flexible and innovative cloud platform-as-a-service that connects millions of devices and systems to monetize data assets. It allows businesses to develop applications to unlock valuable business insights and explore new revenue models. It supports both on-premises and public cloud deployments.

EnOS™ Edge: According to the vendor, EnOS™ Edge is an intelligent edge computing platform that brings thousands of devices closer to data for faster insights and response times. It aims to reduce cloud storage and resource consumption while providing high connectivity and edge intelligence at a low cost.

EnOS™ Renewables: The vendor states that EnOS™ Renewables enhances the reliability, predictability, and efficiency of power generation from renewable sources. It manages power assets across all scales, including distributed generation and centralized utility-scale assets, aiming to optimize energy production and reduce operating costs. It also enables the coupling of solar power with battery energy storage systems.

EnOS™ City: The vendor claims that EnOS™ City provides solutions for transforming infrastructure, including buildings, factories, ports, industrial parks, and vehicles. It aims to connect and control energy consumption to improve efficiency, enable personalized experiences, and facilitate benchmarking of energy performance. It also aims to help businesses comply with green building regulations and contribute to sustainability goals.

EnOS™ Ark: According to the vendor, EnOS™ Ark is an innovative Carbon Management solution that uses Artificial Intelligence to optimize energy consumption and carbon management. It aims to reduce compliance costs, help transition to Net Zero, and provide real-time insights for efficient energy use.

EnOS™ Bazefield Monitoring: The vendor claims that EnOS™ Bazefield Monitoring is an implementable solution based on the latest international standards. It allows for monitoring and analysis of performance data and KPIs. It supports cloud or on-premise deployment and includes software, integration to SCADA, and all necessary services. It aims to enable remote operations, visualization, and analysis, making it a robust tool for stakeholders.

EnOS™ Wind Monitoring & Control: According to the vendor, EnOS™ Wind Monitoring & Control provides comprehensive energy consumption and carbon emission visualization and fleet management. It aims to generate reports, analyze energy efficiency, improve facility management, and automate fault detection and diagnostic analysis of building systems.

EnOS™ Flex: The vendor claims that EnOS™ Flex monitors and controls energy assets such as Wind Turbines, Photovoltaic systems, Battery Energy Storage Systems, and EV Chargers. It provides AI forecast engines for renewable generation, demand, and electricity prices, aiming to optimize asset operation. It aims to enhance facility management productivity, extend equipment lifespan, and improve operational reliability.

EnOS™ Charge: According to the vendor, EnOS™ Charge enables EV charging with green electricity from home, office, or on the road. It integrates EV charging with Solar Photovoltaic and Energy Storage Systems, aiming to optimize energy consumption while maximizing the use of renewables. It aims to eliminate the need for grid upgrades and reduce electricity costs for EV users.