Microgrids
Transforming Energy Dynamics
Harnessing the Full Potential of your Microgrid Capabilities through the ei360 Platform.
Addressing Uncertainty:
The ei360 platform provides advanced data-driven orchestration, IoT, multi-vendor data aggregation, AI, control schemes, and visualization, enabling better control of assets, enhanced visibility, and insights. This helps in addressing uncertainty by providing deeper insights and control of the ecosystem, enabling better decisions.
Reliability:
The platform supports two-way energy flows and enables the integration of microgrids, thus addressing the challenge of reliability from the utility grid.
Clearly Defined Objectives and Metrics:
The ei360 platform offers a 360-degree visualization of all energy intelligence, from generation to consumption, providing a single source of truth. This facilitates better control of assets and enhanced visibility, which is essential for clearly defined objectives and metrics
Technical Complexity:
The ei360 platform runs on patented technology that aggregates all infrastructure and maps it through a convergent architecture, enabling full network orchestration of all energy intelligence. This helps in addressing the technical complexity of microgrids
What is a Microgrid?
A microgrid is a localized group of electricity sources and loads that normally operates connected to and synchronous with the traditional centralized grid (macrogrid), but can disconnect and function autonomously as physical or economic conditions dictate.The enx ei360 platform enables the creation and management of microgrids through its innovative, patented energy platform, which allows clients of all sizes and sectors to take advantage of a highly digitized and dynamic energy environment of multidirectional networks supporting two-way energy flows.
How can organizations utilize microgrids?
The enx ei360 platform empowers organizations to utilize a microgrid to improve electric reliability, decrease energy costs, and provide reliable, resilient power during outages through its innovative, patent technology. The platform is engineered to enable the future of complex energy management through IoT, multi-vendor data aggregation, AI, control schemes, and visualization.
How can energy assets be connected with the microgrid?
The enx ei360 platform enables energy assets to be connected in a microgrid through advanced data-driven orchestration, IoT, multi-vendor data aggregation, AI, control schemes, and visualization. This allows for better control of assets, enhanced visibility, and insights, ultimately enabling the monetization of assets and energy. The platform is engineered to enable the future of complex energy management by aggregating all infrastructure and mapping it through a convergent architecture, thus providing a 360-degree visualization of all energy intelligence from generation to toaster. This empowers organizations to take control, reduce costs, and make sustainable choices, addressing the challenges and goals associated with microgrids.
What is the goal of a Microgrid?
The goal of a microgrid is to improve resiliency, decrease energy costs, act as a climate change solution, and provide reliable, sustainable, and affordable electricity to communities and businesses. The enx ei360 platform enables microgrids by providing a highly digitized and dynamic energy environment of multidirectional networks supporting two-way energy flows and visualization of distributed energy assets (DERs).
Why are Microgrids important?
The enx ei360 platform enables microgrids to help reduce or manage electricity demand, alleviate grid congestion, lower energy costs, improve community well-being, and provide reliable, resilient power during outages by creating a highly digitized and dynamic energy environment of multidirectional networks supporting two-way energy flows. This allows for better control of assets, enhanced visibility, and insights, ultimately enabling the monetization of assets and energy. Additionally, the platform provides a 360-degree visualization of all energy intelligence from generation to consumption, empowering organizations to take control, reduce costs, and make sustainable choices, thus addressing the challenges and goals associated with microgrids.
