Energy Management System
NEXUS PRO™ – Unified EMS & AI-Enabled Arbitrage Trading Engine
NEXUS PRO™ by GreenTech Ventures (GTV) is an advanced Energy Management System (EMS) that intelligently manages and monetizes energy assets through AI-driven optimization and smart trading. Its modular, scalable architecture unifies storage, grid, and control systems to maximize efficiency and ROI, making it the core intelligence behind next-generation, utility-grade clean energy ecosystems.
NEXUS PRO™ – Intelligent EMS for Solar & BESS Integration
NEXUS PRO™ by GreenTech Ventures (GTV) is an intelligent, unified Energy Management System (EMS) engineered for Solar + Battery Energy Storage (BESS) hybrid projects. It optimises energy flow, enables real-time control, and leverages AI-driven analytics for peak-load management, demand response, and energy arbitrage—delivering maximum efficiency, flexibility, and ROI across Utility-scale and C&I deployments.
NEXUS PRO™ – Advanced EMS for Hydel & Pumped Storage Projects
NEXUS PRO™ by GreenTech Ventures (GTV) brings digital intelligence to Hydel and Pumped Storage projects, unifying turbine, generator, and auxiliary systems under one smart control platform. With AI-enabled forecasting, predictive analytics, and SCADA integration, it optimizes performance, enhances grid responsiveness, and transforms hydropower assets into intelligent, revenue-optimized energy systems.
NEXUS PRO™ – Intelligent EMS for Wind Energy Projects
NEXUS PRO™ by GreenTech Ventures (GTV) brings digital intelligence to Hydel and Pumped Storage projects, unifying turbine, generator, and auxiliary systems under one smart control platform. With AI-enabled forecasting, predictive analytics, and SCADA integration, it optimizes performance, enhances grid responsiveness, and transforms hydropower assets into intelligent, revenue-optimized energy systems.
NEXUS PRO™ – Unified EMS for Thermal Power Projects
NEXUS PRO™ by GreenTech Ventures (GTV) brings AI-driven digital intelligence to Thermal Power Plants, integrating seamlessly with DCS, turbine, and boiler systems for unified monitoring and automated control. Through real-time analytics and predictive optimization, it enhances efficiency, fuel performance, and reliability—transforming conventional plants into smart, sustainable, and hybrid-ready energy ecosystems.
