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What do we expect from a building management system?

 

Is the aim of a BMS (Building Management System) only to turn on/off the lights and to control the building temperatures in different rooms with a focus on reducing the energy consumption? Or could it be possible that a building management and maintenance system could provide more benefit just by applying IoT technology and executing advanced analytics from the collected data?

Elliot Solar has the following main features:

icono características  Safe solutions for the operation process to connect devices, store data, develop and run applications on a managed services platform.

icono características  Extensive options for connecting devices, sensors, facilities and databases that support a wide variety of IoT-ready assets. No need for proprietary hardware.

icono características  Edge computing to leverage the computing power of devices so that data is processed closer to where it was generated.

icono características  Open middleware (Open Source).

icono características  Allows interoperability of different facilities and devices for processing, analysis, persistence and visualization of data in real time.

icono características  Many options for data exchange using connectors with other systems and native data access.

icono características  Deployment of Business Intelligence solutions and data management console.

icono características  Software maintained by Elliot Cloud, with millions of architects developing Open Source applications, Big Data and Robots communication.

SMART BUILDINGS

Usually it is not really comprehended what a building management system (BMS) is. In most cases the BMS is installed in a building to control and monitor its mechanical and electrical functions and mainly to reduce electricity consumption.
This type of implementation is relatively correct. Is the building management system meeting the required current demands?
It is common and usual that in a building, the devices from various manufacturers are not integrated. It is also evident that the facility administrator or owner expects his BMS to work effectively with all of them. At this point the interoperability between different equipment is the key. Having a system like Elliot, independent of the devices, hardware or sensors used and their different communication protocols, allows this effective communication. That means all systems and facilities are interconnected for the extraction of data in a single software and they provide an effective analysis to help make good decisions, in terms of control and effective maintenance.
Protocols such as Ethernet/IP, XML, KNX, BACnet, Modbus and LonWorks are recognized by Elliot Smart Buildings and allow an easy installation´s integration into existing buildings and their older equipment.
Building management systems are challenged with a combination of new and old equipment. Using a traditional BMS meets the struggle to combine and interconnect the proprietary protocols of the old equipment with the standard protocols of the new equipment and can become a difficult and arduous task.
At this point is where the high connectivity based on Elliot’s implementation of protocols equipment and the development of the required software connectors, eliminates all communication barriers between devices and facilities.
In Summary, At this point is where the high connectivity based on Elliot’s implementation of protocols equipment and the development of the required software connectors, eliminates all communication barriers between devices and facilities. They usually monitor the systems (HVAC/lighting) and offer a real-time monitoring instead of a long-term analysis. Having IoT solutions such as Elliot Smart Buildings, that offers low cost, analytics and learning based on historical data, provides huge improvements in building efficiency,user service, facility performance and reduced maintenance costs.

elliot smart building caracteristicas
elliot smart building caracteristicas footer

Usually it is not really comprehended what a building management system (BMS) is. In most cases the BMS is installed in a building to control and monitor its mechanical and electrical functions and mainly to reduce electricity consumption.This type of implementation is relatively correct. Is the building management system meeting the required current demands?
It is common and usual that in a building, the devices from various manufacturers are not integrated. It is also evident that the facility administrator or owner expects his BMS to work effectively with all of them. At this point the interoperability between different equipment is the key. Having a system like Elliot, independent of the devices, hardware or sensors used and their different communication protocols, allows this effective communication.That means all systems and facilities are interconnected for the extraction of data in a single software and they provide an effective analysis to help make good decisions, in terms of control and effective maintenance.
Protocols such as Ethernet/IP, XML, KNX, BACnet, Modbus and LonWorks are recognized by Elliot Smart Buildings and allow an easy installation´s integration into existing buildings and their older equipment.
Building management systems are challenged with a combination of new and old equipment. Using a traditional BMS meets the struggle to combine and interconnect the proprietary protocols of the old equipment with the standard protocols of the new equipment and can become a difficult and arduous task.
At this point is where the high connectivity based on Elliot’s implementation of protocols equipment and the development of the required software connectors, eliminates all communication barriers between devices and facilities.
In summary, automation, monitoring and control through BMS systems helps monitor buildings, but they are usually very expensive and traditionally difficult to integrate. They usually monitor the systems (HVAC/lighting) and offer a real-time monitoring instead of a long-term analysis.Having IoT solutions such as Elliot Smart Buildings, that offers low cost, analytics and learning based on historical data, provides huge improvements in building efficiency, user service, facility performance and reduced maintenance costs.

elliot smart building caracteristicas footer

Building management systems must be adapted to the different user´s groups needs and to the type of use requirement of those buildings and their facilities.
Elliot Smart Building has a wide range of applications for different types of buildings and its versatility and scalability allows indoor environmental, security, and occupational control. The facilities would be perfectly controlled and managed such that the building offers the best livability conditions to its users and its facilities, the systems are always operational and in the best conditions (lowest cost and maximum effectiveness and efficiency).

 

Depending on the use of the building, Elliot Smart Building allows the monitoring and control of:

 

icono características  Environmental conditions of livability
icono características  Predictive maintenance of facilities
icono características  Swimming pools, gardens and outdoor lighting
icono características  Firefighting systems
icono características  Renewable electricity generation systems and microgrids
icono características  Auxiliary electricity generation systems
icono características  Access control and security systems
icono características  Leakage, fire, CO2, etc. detection systems

 

Applied to different areas such as:

“Elliot Smart Building is an open source software for building management and control that takes the traditional BMS to a higher level”

Success stories

DO YOU WANT THE ELLIOT CLOUD SMART BUILDING BROCHURE?

IOT SPECIALTY PRODUCTS AND SOLUTIONS_

Join the digital world IT and the physical world OT, improving traditional SCADA systems.

Digitalize and control traditional water distribuition system, transforming them into intelligent system with GIS systems, hydraulic models and asset management.

Monitoring, control and management of the different photovoltaic solar plants with different components.

Improve the traditional BMS system, management and control the buildings, improving the efficiency and maintenance of the facilities.

Vertical in application and transversal to the city, based on CT178 and in accordance with ODS 2030.

Plataforma online que integra todas las variables que afectan en los consumos energéticos de cualquier organización (electricidad, gas, agua, gasóleo, etc)

Improve the traditional BMS system, management and control the buildings, improving the efficiency and maintenance of the facilities.

Sistema integral abierto para medir, reducir y compensar las emisiones de carbono de cualquier industria u organización. Por un futuro neutro en carbono.

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ELLIoT CLOUD.

icono localizacion   PAMPLONA. LOGROÑO. ZARAGOZA. BILBAO. JAÉN.

MADRID. BRAZIL. MIAMI. LONDON. MEXICO.

HEADQUARTER: Viveros Innovación CEIN. Oficina D3.

Pol. Mocholi, Plaza CEIN, 5. NOÁIN 31110, NAVARRA

EMAIL.

CALL US

PAMPLONA. LOGROÑO. ZARAGOZA. BILBAO. JAÉN.

MADRID.

BRAZIL. MIAMI. LONDON. MEXICO.

HEADQUARTER: Viveros Innovación CEIN. Oficina D3.

Pol. Mocholi, Plaza CEIN, 5. NOÁIN 31110, NAVARRA

hola@elliotcloud.com

+34 941 123 251

 

Company with a great background specialized in IoT and advanced analytics, in which we combine disruptive technologies, which are key to becoming for effective digital transformation and the achievement of specific and exclusive objectives for your company.

 


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