The Eniscope Energy Monitoring System is a cloud-based solution that combines hardware and software to provide real-time, circuit-level energy monitoring and management for businesses. It is designed to eliminate energy waste, ultimately saving money and reducing the environmental footprint. The compact, plug-and-play system is easy and safe to install with minimal disruption to operations, typically within a few hours. At VanGuard Solutions we will help you enhance your Energy Sustainability .

Eniscope Energy Monitoring System

A Complete Overview The Eniscope Energy Monitoring System (EMS) is a comprehensive, cloud-based platform designed to optimize energy management in businesses and organizations. It provides real-time data, detailed analytics, and remote-control capabilities, empowering users to identify and eliminate energy waste, reduce costs, and enhance sustainability efforts. Transforming the state of energy monitoring and management through one innovative product, Eniscope is a game-changer in the energy efficiency industry. Featuring simple hardware, intuitive software and an accessible API, Eniscope is an integrated solution for energy management across campuses, cities and countries as well as stand along buildings.

Core Features And Functionalities

• 1. Real-time Energy Insights: Eniscope offers minute-by-minute monitoring of electricity, gas, water, temperature, and other relevant metrics, providing a granular view of energy consumption across various levels (equipment, circuits, tenants, departments, or entire buildings).
• 2. Analytics And Reporting: The Eniscope Analytics platform, accessible via desktop or mobile app, presents user-friendly dashboards for data visualization, report generation, anomaly detection, and performance benchmarking across multiple sites. It also allows for comparison with historical data.
• 3. Remote Control And Automation: Eniscope’s wireless control modules enable remote management of assets and equipment, including scheduling adjustments and responding to alerts, thereby minimizing out-of-hours waste and promoting efficient operation.
• 4. Scalability And Integration: The system is designed to seamlessly integrate with existing Building Management Systems (BMS) or Computer-Aided Facilities Management (CAFM) solutions through its Application Programming Interface (API), allowing for comprehensive management of large portfolios. Eniscope can provide end-to-end packaging including the hardware and the software required to effectively save energy and money.
• 5. Public Engagement: Eniscope facilitates the creation of customizable public displays in meeting rooms, lobbies and hallways, showcasing real-time energy performance, engaging staff and stakeholders in energy-saving practices and promoting the organization’s commitment to sustainability.
• 6. Verification Of Savings: By providing accurate and detailed data, Eniscope enables businesses to quantify the effectiveness of energy efficiency initiatives and retrofit technologies, ensuring sound investment decisions.

Did You Know?

A study shows that Americans waste over $130 billion on energy.
This waste could be better used to support economic activities instead of leading to significant financial loss. This situation has forces generating companies to increase electricity rates to cover these costs. So, what’s the most cost-effective solution to this problem? By saving energy, you save money. This is why many organizations are turning to energy monitoring and management tools like Eniscope.

Why Eniscope?

Eniscope is seen globally as the premier tool in energy management and monitoring. It helps reduce energy waste and improve efficiency in any building. This innovative product mix combines hardware, smart software, and an accessible API, providing a complete solution for energy monitoring.

Managing energy in a building can be tough, especially without the right tools. If your organization faces high costs that cut into profits, it might be time to consider the premier energy management tool- Eniscope. Companies using heavy machinery and appliances are now deploying tools like Eniscope to manage energy use better, cut costs, and prevent waste.

What Is Eniscope?

Eniscope is a real-time energy management tool. It shows where energy is being used and helps facility managers reduce costs, risks, and waste. Eniscope is also known as “energy in the cloud.” What sets Eniscope apart is its IoT Technology, which integrates energy monitoring and management into one system.

YOU CAN’T CONTROL WHAT YOU CAN’T SEE !

Buildings waste over 25% of energy due to poor management. You can’t control what you can’t see, which is why advanced metering is essential. Advanced metering gives you full control over energy use, showing how each device consumes energy. It also alerts you to unnecessary energy use so you can take action. The benefits of advanced metering are very significant in it’s scope.

How Eniscope Works

Eniscope consists of hardware that can monitor up to 24 inputs, including electrical signals, gas, water pulses, and temperature. It provides precise monitoring of energy use in buildings and machines. Its analytics feature can be accessed online, via a mobile app, or through energy displays.

Three Key Facts About Eniscope

1.  Eniscope Analytics This feature gives facility managers a full view of energy use and costs in a building, with easy access to data reports. You can access Eniscope analytics on your Android cellphone, iPad or Computer.
2. Mobile Application Workers and Management can see real-time energy use on their smartphones. The app allows you to compare daily, weekly, and monthly energy use. It’s available on both iOS and Android operating cellphone systems.
3. Energy Display Eniscope can be installed in various locations within your building to raise awareness among staff. The energy display is customizable and can be linked to the mobile app.

At VanGuard Solutions we help you analyze energy data and reduce overconsumption in your building. We can generate reports from your data and install necessary technical solutions. Our goal is to help you make the most of your energy resources.

“Eniscope helps pinpoint specific equipment causing energy waste through its robust monitoring, analysis, and alerting capabilities”

• Granular, Real-time Data Collection Sub-metering Capability: Eniscope meters can be installed at the circuit or even individual equipment level. This allows for precise measurement of energy consumption by specific assets like HVAC systems, lighting circuits, refrigeration units, machinery, or even individual outlets with equipment plugged in. Detailed Electrical Parameters: Eniscope collects a wide range of electrical data, including voltage, current, power factor, and more. This detailed information provides a comprehensive understanding of how each piece of equipment utilizes energy. Integration Eniscope Air Switch Line With Sensors: Eniscope integrates with various IoT sensors that monitor environmental conditions like temperature, humidity, and occupancy. This contextual data helps understand how operating conditions impact energy consumption of specific equipment, like HVAC systems responding to temperature changes or lighting responding o occupancy.
• Advanced Analytics And Visualization Real-time Dashboards: Eniscope Analytics provides real-time dashboards that visually display energy consumption patterns, allowing users to see how much energy each piece of equipment or circuit is drawing at any given moment. Historical Data Analysis: The platform stores historical data at high resolution (e.g., minute-by-minute), enabling users to analyze trends, compare energy usage during different time periods (e.g., peak vs. off-peak, operational vs. idle hours), and identify anomalies or unexpected increases in consumption for specific equipment. Comparison And Benchmarking: Eniscope facilitates comparisons of energy consumption between similar equipment or circuits, across different departments, or even across multiple sites within a portfolio. This allows for easy identification of outliers or underperforming assets. Reporting : Automated energy reports provide summaries and analyses of energy profiles, highlighting areas of potential waste and supporting decision-making for optimized equipment usage.
• Alerts And Notifications Customizable Alarms: Eniscope allows users to set up custom alarms and alerts that trigger when specific thresholds are exceeded or unusual patterns are detected in the energy consumption of a particular piece of equipment or circuit. These alerts can be delivered via email or SMS, enabling proactive intervention and preventing prolonged periods of waste.
• Remote Control Capabilities Smart Control Modules: Eniscope’s wireless control modules allow for remote management of assets and scheduling, enabling users to turn equipment on or off based on schedules, occupancy, or other parameters, thereby preventing out-of hours consumption (Ex: Empty Rooms) and reducing wastage.
• Logic-based Control: Eniscope supports logic-based control for connected assets, allowing for automated responses to external stimuli like temperature, humidity, or occupancy. This intelligent control minimizes energy waste by optimizing equipment operation according to real-time conditions.

What Eniscope Monitors

Eniscope monitors energy and the environment from the device level and Up

• Eniscope Hub: The Eniscope Hub is the central unit for data acquisition and processing. It functions as an energy meter, data logger, and communication gateway. It is the core enabling technology of Eniscope.
• Metering Capabilities and Accuracy: The hub monitors up to eight individual 3-phase electricity metering points using 333mV Current Transformers or CT’s. This allows monitoring of up to 24 single-phase circuits in total. It maintains high accuracy, better than 1%, over its lifespan, which is important for identifying energy savings.
• Voltage Sensing: The Eniscope monitors voltage supply. It can sense maximum input voltages of 346V line to neutral and 600V line to line for three-phase systems, or 346V line to neutral for single-phase systems. A ground-referenced neutral conductor must be connected. In systems without a neutral conductor, a special neutral generator module is needed.
• Current Sensing: Current Transformers (CTs) with a 0.333V output are used on each phase. The current metering range is 5A – 3000A, with options for higher currents.
• Data Processing and Storage: The hub collects, summarizes, stores, and transmits energy data to web-based servers for analysis. It functions as a communications hub and web server.
• Connectivity: Wired: Ethernet connectivity (10/100Mbps) is provided and required for internet access at each site. Wireless: Wireless connectivity to IoT (Internet of Things) Devices and Sensors uses Long Range (LoRa) modulated transmission.
• API and Protocol Support:The API (Application Programming Interface) allows integration with Building Management Systems (BMS) and Computer Aided Facilities Management (CAFM) solutions. It supports Modbus for connecting multiple devices. Data is sent via HTTP to the cloud for historical data viewing, and supports Message Queuing Telemetry Transport (MQTT) for real-time data publishing. MQTT is a lightweight communication protocol for IoT. It is used for connecting resource-constrained devices like sensors, actuators, and smart appliances in environments with limited bandwidth and intermittent connections.
• Inputs:The hub includes pulse inputs for meters and can connect temperature sensors.
• Physical Characteristics: It has dimensions of 235mm x 145mm x 60mm and a shipping weight of 750g. It comes in a plastic enclosure for DIN rail mounting.
• Power Requirements: An auxiliary power supply is needed to energize the hub. It operates at 100-250V AC Nominal and consumes less than 20W, typically around 7W. A regulator or UPS is recommended for voltage fluctuations or power failures. An easily accessible isolator switch, clearly labeled, must be installed close to the Eniscope. Cable requirements for the auxiliary supply include 18 AWG copper conductors with a 600V rating and a minimum 1 mm² CSA (Cross-Sectional Areaof the conductor).
• Safety Considerations: The Eniscope is for secondary protection only and should not be used as primary protection or in energy limiting applications.

Wireless IoT Sensors Purpose:

• Purpose: These sensors expand data collection beyond energy metering, providing contextual data to enhance energy management.
• Communication: They connect wirelessly to the Eniscope Hub using LoRa modulated transmission on 865MHz – 870MHz and 915MHz – 925MHz bands. Types and Capabilities:
• Eniscope Air Sense: A sensor that provides data on temperature, occupancy, humidity, and light levels. It can also include carbon dioxide and carbon monoxide monitoring. It’s available in battery and mains variants, with up to 10 years of battery life. It includes four analog and one pulse input ( where each pulse signifies a specific unit of consumption).

What Eniscope Monitors

• Eniscope Air Temp: Designed for temperature monitoring with a 3-year battery life. It features a 3m temperature probe with a range of -30°C to +120°C and an accuracy of +/- 0.5°C (-10°C to +85°C). Additional temperature probes are available. It includes two independent digital inputs. The enclosure is ABS with an IP31 rating. It operates at -20°C to +60°C and has dimensions of 66mm x 151mm x 43mm, weighing 195g. .
• Eniscope Air Switch: Used for intelligent control of plug-loads. It measures real-time power consumption and allows remote or scheduled control without WiFi. It can react to data from other Air devices.
• Remote Control Hub Functionality: An external hub for convenient management of the Eniscope system, facilitating remote interaction and control of energy assets and settings.
• Overall Hardware Considerations Integration: Eniscope is designed for easy integration with existing meters and building management systems through its API and Modbus capability. Installation: Installation is intended to be simple, safe, and minimize disruption and it requires indoor installation.