Eaton EnergyIPCombines IoT sensors with machine learning to predict equipment failures before they occur95.0NEWCustom
Schneider Electric EcoStruxureIntegrates energy management with security, lighting and HVAC in a single ecosystem92.7NEWCustom
Siemens Desigo CCProvides real-time energy metering and consumption trending for individual equipment and zones90.3NEWCustom
Honeywell Forge EnergyUses AI to detect energy anomalies and automatically recommend or execute efficiency measures88.0NEWCustom
Johnson Controls OpenBlueIntegrates ESG reporting and carbon tracking alongside traditional energy management85.7NEWCustom
Emerson Climate Technologies Energy ManagementSpecialises in HVAC predictive maintenance to prevent energy inefficiencies from equipment degradation83.3NEWCustom
Trane Technologies HVAC Energy ManagementIntegrates directly with Trane equipment for seamless energy monitoring and predictive maintenance81.0NEWCustom
ABB Energy and Power Quality ManagementProvides granular electrical power quality monitoring including harmonics, reactive power and frequency analysis78.7NEWCustom
WatticsDelivers real-time anomaly detection to identify energy waste within hours rather than monthly billing cycles76.3NEW€100 per month
Genie Energy ManagementFocuses on simplicity and accessibility, making enterprise energy management available to SMEs at lower cost74.0NEW£200 per month
Eaton EnergyIP is an advanced energy management platform designed for large commercial and industrial facilities. It integrates real-time monitoring, predictive analytics and automated controls to optimise energy performance across multiple sites.
Schneider Electric EcoStruxure is a comprehensive building management and energy platform that unifies HVAC, lighting, power and security systems. It enables real-time optimisation through cloud analytics and local edge computing.
Siemens Desigo CC is a web-based building management system offering intuitive visualisation and control of energy consumption alongside HVAC and facility operations. It supports both small and large deployments with flexible architecture.
Honeywell Forge Energy combines real-time building data with artificial intelligence to identify energy saving opportunities and automate operational improvements. It connects to existing building management systems and IoT devices.
Johnson Controls OpenBlue is a cloud platform providing unified management of energy, water and indoor environmental quality across building portfolios. It combines real-time monitoring with AI-driven insights for operational and energy optimisation.
Emerson offers energy management solutions focused on heating, ventilation and cooling system optimisation. The platform provides remote diagnostics and predictive maintenance for mechanical systems to reduce energy waste.
Trane Technologies delivers energy management capabilities through its HVAC systems and cloud-connected controls. Provides remote building energy monitoring, fault detection and optimisation algorithms for mechanical systems.
ABB provides enterprise energy management software for monitoring power consumption, power quality and energy efficiency across industrial and commercial sites. Includes real-time dashboards, metering and load optimisation features.
Wattics is a SaaS platform providing real-time energy metering, analytics and anomaly detection for buildings. It connects to building meters and IoT devices to deliver actionable insights and energy optimisation recommendations.
Genie is a cloud-based energy management platform designed for small to medium-sized businesses. It provides energy metering, consumption reporting, cost tracking and recommendations for efficiency improvements.
Enterprise platforms like Eaton, Schneider and Siemens typically require custom pricing starting from £50,000 to £500,000+ depending on facility size and complexity. Mid-market SaaS solutions like Wattics range from £500 to £2,000 monthly. SME-focused tools start around £200 per month. Implementation, integration and training often exceed software licensing costs.
Most organisations see initial savings within 6 to 12 months. Quick wins like identifying equipment failures or scheduling optimisations can reduce energy costs by 5 to 15%. Larger enterprise deployments typically achieve 15 to 25% energy reduction within 2 to 3 years through continuous optimisation, behavioural changes and system upgrades.
Most modern platforms integrate with legacy building management systems, meters and IoT devices through APIs or standard protocols like BACnet and Modbus. However, older systems may require retrofitting or meter upgrades. Cloud-based SaaS solutions often require fewer architectural changes than on-premise deployments.
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