More than 20 brands and 100 devices

Energy Management & Automation Platform

How does it work?

Energy Management Modules

Understand your sensor data and control your assets through the cloud

Flexible
Network
Options

Identify the required variables from meters and sensors

ENERGY

STEP

TRADITIONAL
OR ANALOG
METERS

BUILDING MANAGEMENT SYSTEM

SMART
METERS

Supported Protocols

OVER 8000+ METERING LOCATIONS IN 10 COUNTRIES & COUNTING

Data Transformation Stage

Data is transformed into understandable actionable information with easy to install open-source hardware

ELECTRICAL ENERGY VARIABLES:
-Energy [Wh]
-Controlled Energy [Wh]
-Power [W]
-Reactive Energy [VAr]
-Voltage L-N [V]
-Current [A]
-Power Factor [ ]
-Apparent Power [VA]
-Apparent Energy [VAh]
-Harmonic Distortion [THD]
-Cost [$]
-Reactive Energy Capacity [VArx]

H2O VARIABLES:
-Intake Temperature [°C]
-Exit Temperature [°C]
-BTU Counter [BTU ]
-BTU Energy [wh]

IOT VARIABLES:
-Temperature [°C]
-Humidity [%]
-On/Off [ ]
-Analog In [ ]
-Digitial In [ ]
-FlowRate [m3/h]
-Velocity [m/s]
-Net Accumulator [m3]
-Positive Accumulator [m3]
-Contador [ ]
-Pressure [PSi]
-Percentage [%]
-Distance [m]
-Energy FlowRate [BTU/h]

STEP

30+ Measurable Variables

BTU

IOT

H20

GAS

BTU VARIABLES:
-Intake Temperature [°C]
-Exit Temperature [°C]
-BTU Counter [BTU ]
-BTU Energy [wh]

Energy Management Modules

Data Visualization and Waste Identification Module

Set specific hours for your air conditioning units to turn on and off helps save vast amounts of energy. Also have total control you can switch on and off through our platform

Automate your A/Cs

Highly Optimized 1 minute resolution data analysis module with advanced EMS features to quickly identify and understand the cost of energy assets. Data Analyzer was built by energy managers for energy managers with advanced energy specific comparisons, tariff calculations, site and assets data and much more.

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Energy Data Graph with data graphics and percentages of energy use

DA2.0 - Data Analyzer 2.0

The purpose of the EC.Data Analyzer module is to quickly identify energy leaks using multiple meters, in multiple locations and even in different business units, all in one place.

Platform frequently asked questions for easy energy analysis

DA2.0 - Easy to learn and easy to use

Learning new tools can be a challenge. DA2.0 has been designed with easy-to-use FAQ sections within the platform for the ultimate didatic experience.

Weather and temperature graphs for energy management anlysis

DA2.0 - Weather is the ultimate independent variable

In energy management the most important independent variable is the weather. DA2.0 helps energy managers understand how the weather directly effects their energy usage.

Bar Graphs with weather analytics and energy cost analysis

DA2.0 - Advanced comparison features and anlysis tools

Managing energy requires advanced tools to normalize information and gain insights on how other variables affect our energy usage and expenditure.

DA2.0 - Heatmaps for baseload and energy leakage detection

Heatmaps help Energy Managers visually identify wastage of out of hours energy use and zone in on problem areas in one powerful graphic.

DA2.0 - Tariffs & Costs

Understanding variables is essential to all energy managers however fundamentally it is the economics that drive forward projects. DA2.0 can quantify any complex tariff including energy and grid peak generation demand charges.

EC.Smart Schedules

Understanding at the site and asset level what schedules equipment runs is essential to dial in optimum settings and concentrate on problem process areas.

DA2.0: Cost + Tariffs = Deep Financial Understanding of Energy Use

The capability to concentrate on cost centers per schedule allow energy managers to focus their efforts on the most profitable strategies.

DA2 - Cost per Schedule

Note Taking in DA2.0

Add notes to your interest points so you can easily come back months later.

Visibility in 10 second harmonics

DA - Unbalance per phase

DA - Chillers Visibility

DA2.0 - Data Analyzer 2.0

The purpose of the EC.Data Analyzer module is to quickly identify energy leaks using multiple meters, in multiple locations and even in different business units, all in one place.

DA2.0 - Easy to learn and easy to use

Learning new tools can be a challenge. DA2.0 has been designed with easy-to-use FAQ sections within the platform for the ultimate didatic experience.

DA2.0 - Weather is the ultimate independent variable

In energy management the most important independent variable is the weather. DA2.0 helps energy managers understand how the weather directly effects their energy usage.

DA2.0 - Advanced comparison features and anlysis tools

Managing energy requires advanced tools to normalize information and gain insights on how other variables affect our energy usage and expenditure.

DA2.0 - Heatmaps for baseload and energy leakage detection

Heatmaps help Energy Managers visually identify wastage of out of hours energy use and zone in on problem areas in one powerful graphic.

DA2.0 - Tariffs & Costs

EC.Smart Schedules

Understanding at the site and asset level what schedules equipment runs is essential to dial in optimum settings and concentrate on problem process areas.

DA2.0: Cost + Tariffs = Deep Financial Understanding of Energy Use

The capability to concentrate on cost centers per schedule allow energy managers to focus their efforts on the most profitable strategies.

Tenant Billing and ERP Cost Allocation Module

1 meter for a whole facility is insufficient to properly manage and allocate costs to the different users.

Malls, Airports, Commercial Buildings and Factories are using EC.Billing to save time, increase their revenues by correctly charging their customers and business units for what they actually use and reducing customer complaints.

EC.Billing can handle any type of utility tariff (water, gas, energy and BTU) and regulated tariffs are update monthly for up to date metering.

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More than 20 brands and 100 devices

Energy Management & Automation Platform

How does it work?

Energy Management Modules

Understand your sensor data and control your assets through the cloud

Flexible Network Options

Identify the required variables from meters and sensors

ENERGY

STEP

TRADITIONAL OR ANALOG METERS

BUILDING MANAGEMENT SYSTEM

SMART METERS

Supported Protocols

Data Transformation Stage

Data is transformed into understandable actionable information with easy to install open-source hardware

ELECTRICAL ENERGY VARIABLES: -Energy [Wh] -Controlled Energy [Wh] -Power [W] -Reactive Energy [VAr] -Voltage L-N [V] -Current [A] -Power Factor [ ] -Apparent Power [VA] -Apparent Energy [VAh] -Harmonic Distortion [THD] -Cost [$] -Reactive Energy Capacity [VArx]

H2O VARIABLES: -Intake Temperature [°C] -Exit Temperature [°C] -BTU Counter [BTU ] -BTU Energy [wh]

IOT VARIABLES: -Temperature [°C] -Humidity [%] -On/Off [ ] -Analog In [ ] -Digitial In [ ] -FlowRate [m3/h] -Velocity [m/s] -Net Accumulator [m3] -Positive Accumulator [m3] -Contador [ ] -Pressure [PSi] -Percentage [%] -Distance [m] -Energy FlowRate [BTU/h]

STEP

STEP

STEP

STEP

30+ Measurable Variables

BTU

IOT

H20

GAS

BTU VARIABLES: -Intake Temperature [°C] -Exit Temperature [°C] -BTU Counter [BTU ] -BTU Energy [wh]

Set specific hours for your air conditioning units to turn on and off helps save vast amounts of energy. Also have total control you can switch on and off through our platform

Automate your A/Cs

Flexible
Network
Options

TRADITIONAL
OR ANALOG
METERS

SMART
METERS

ELECTRICAL ENERGY VARIABLES:
-Energy [Wh]
-Controlled Energy [Wh]
-Power [W]
-Reactive Energy [VAr]
-Voltage L-N [V]
-Current [A]
-Power Factor [ ]
-Apparent Power [VA]
-Apparent Energy [VAh]
-Harmonic Distortion [THD]
-Cost [$]
-Reactive Energy Capacity [VArx]

H2O VARIABLES:
-Intake Temperature [°C]
-Exit Temperature [°C]
-BTU Counter [BTU ]
-BTU Energy [wh]

IOT VARIABLES:
-Temperature [°C]
-Humidity [%]
-On/Off [ ]
-Analog In [ ]
-Digitial In [ ]
-FlowRate [m3/h]
-Velocity [m/s]
-Net Accumulator [m3]
-Positive Accumulator [m3]
-Contador [ ]
-Pressure [PSi]
-Percentage [%]
-Distance [m]
-Energy FlowRate [BTU/h]

BTU VARIABLES:
-Intake Temperature [°C]
-Exit Temperature [°C]
-BTU Counter [BTU ]
-BTU Energy [wh]