Take control of your energy flow and bill
with our smart, automated EMS solution
Our Energy Management System Toolkit offers the hardware and software tools needed to integrate any energy device into a unified energy network. We are constantly expanding the EMS Toolkit to help you create a comprehensive energy management system for private, industrial or residential systems of any size and complexity.
Supplied with all AEM Electrolysers and also separately, it puts the tools for effective energy management in your hands.
_Features
Enapter EMS offers seamless control over energy devices, intuitive dashboards for real-time insights, and AI-powered recommendations for optimizing efficiency. From detailed analytics to automated actions, our platform empowers you to monitor, manage, and reduce energy consumption effortlessly.
Effortlessly monitor and control energy devices – from adjusting EV charging schedules and heat pump temperatures to managing battery storage and solar production.
At-a-glance view of solar performance, displaying active power generation, PV utilization percentage, energy distribution flows, energy storage, carbon footprint impact, and EV charging status all in one intuitive interface.
Detailed energy consumption breakdowns and itemized device-level analysis, enabling to instant identification of biggest energy consumers – from water tanks to air coolers, empowering data-driven decisions for optimal energy efficiency.
Reporting provide essential analytical insights by tracking real-time and historical consumption patterns, enabling validation of utility bills, monitor environmental impact, ensure regulatory compliance, and identify cost-saving opportunities through detailed device-level monitoring and automated cross-checking of energy usage data.
Streamline energy management with automation controls for critical functions – from starting fuel cells and managing hydrogen storage to controlling important load – while providing real-time visibility of key energy metrics, enabling effortlessly orchestration of energy ecosystem compared with manual device-by-device management.
Real-time recommendations for optimal energy management, analyzing forecasts and system data to maximize efficiency and reduce operational costs.
_How does it work?
Enapter electrolysers come with a communication module (IoT, UCM) for remote monitoring and control via our apps. Modules are also available for solar panels, batteries – you name it.
Our Telemetry Platform collects and unifies data from all devices, controls them automatically or on demand, and stores the data on premise or in a private/public cloud.
The Enapter Cloud communicates with devices via the Intelligent Gateway, storing the data and providing real-time or on-demand data visualisation on customisable dashboards.
The EMS Toolkit also offers developer tools like Web IDE and Enapter Blueprints, as well as documentation to help system integrators and component manufacturers add our solutions to their products. Advanced users can access automation features enabling full control over devices, workflows and processes.
_Ideal for
Integrate your energy system components to monitor, control and automatically balance energy generation and consumption. We communicate with all devices.
Remotely control every step of your hydrogen production and storage to ensure efficient use of available energy resources and reliable power supply.
Acquire, harmonise and receive data from heterogeneous components in distributed facilities, to enhance control and management solutions.
Plan, develop and improve operation objectives to ensure optimum equipment performance, yield the desired results and achieve sustainable energy goals.
_Benefits
Renewables integration, monitoring and smart charging
Real-time power flow optimization across diverse energy sources
Predictive energy management strategies for minimizing peak demand charges
Prevent system overloads with dynamic load balancing and power distribution
Seamless load sharing between multiple energy sources
Optimized energy storage system usage by intelligently shifting consumption to off-peak periods
