Data Centers Management & Monitoring Company UAE

  • Data centers are a mandatory part of modern computing infrastructure
  • Data centers eat up huge amounts of energy
  • Generate huge quantities of heat.
  • Proper temperature maintenance and humidity control within the data center is crucial. For data center management & monitoring services in Dubai, Abu Dhabi, UAE, & India call us now.
  • Uneven temperature and humidity control
  • Intervention of airborne contaminants due to uneven cooling
  • Lack of awareness about pollutants indoor air quality causing damage to electronic equipment and reduced capabilities of critical equipment
  • Seeping air conditioners are major threats to a data center.
  • Poor monitoring of batteries and UPS (uninterrupted power supply)
  • Threats to data of the company that can influence the eminence of a company
  • Provide a holistic view of current environmental conditions
  • Maximize operating time and increase energy efficiency
  • Early and rapid detection of defects or degradation of ups or batteries
  • Prevent data loss and spotlight
  • Real-time monitoring of equipment
  • Send out alerts in case of emergency
  • Reduce costly data center outages.

Schools Colleges and Universities

  • Monthly energy consumption in million units
  • Several hundreds of packaged units and compressors
  • Excessive consumption of energy
  • Unknown consumption pattern and data
  • Uneven cooling and user discomforts
  • Poor conservation of energy
  • Lack of safety
  • Detect compressors with AHU failures
  • Quantify the duty cycle’s peak and off-peak consumption
  • Configure the alerting and reporting system with a complete escalation matrix
  • Analyse the complete power quality and the extremes of power deviation
  • Provide real-time data and analytics for enhanced decision-making
  • Give periodic AMC alerts for improved energy consumption

Building and Construction

  • Key contributors to the world’s well-being because of Urbanization and population density
  • General contractors, build residential, industrial, commercial, and other buildings are major segments of construction
  • The construction site includes safe and sound boundaries to restrict unauthorized access, site access
  • Control points and other firms involved in the project team
  • Construction is known for one of the higher lethal injury rates like Protective equipment failure, electric shock, etc…
  • Poor tracking of project progress by companies
  • Productivity challenges during design and execution..
  • Shortage of skilled resources
  • High machine hours
  • Huge fuel consumption,
  • Poor GPS tracking and idle time
  • Theft and misuse of equipment’s
  • Create a digital version of the project.
  • Monitor physical states and resource efficiency of construction by tracking supply and assets (telematics)
  • Real-time data collection for updating the health of equipments
  • A steady flow of relevant data allows stakeholders to know about the project process in a dashboard
  • Measure and track information like engine load, fluid temperatures and pressures, and other operational parameters
  • Analyse data at various levels lead to better decision making
  • Enable better predictive maintenance by better data analytics to reduce downtime
  • Predictive maintenance directs stakeholders to make investments in repairs only when it is truly needed..
  • Offer real-time Reports of all the parts and services needed to keep the equipment running within factory specifications..
  • Send alerts to the maintenance team if equipment needs any repairs or changes
  • Prevent unplanned maintenance expenses
  • Augment user experience and safety
  • Maximize the efficacy of the construction project

Hospitals

  • Health care sector that provides medical services
  • Build multi-storied buildings in thousands of square feet in vast areas as multi-specialty
  • Laboratories in hospitals consume a great deal of energy to operate many devices like refrigerators, air conditioners, etc.
  • Hundreds of air conditioners to alleviate medical conditions
  • Invisible individual equipment consumption pattern
  • Uneven cooling and patient dissatisfaction
  • Lack of safety
  • Unstructured facility expansion
  • Provide sufficient Data for improvement and progress in the healthcare sector
  • Configure an alerting system to inform the maintenance team of hospitals in case of power deviations
  • Detect compressors with AHU failures
  • Prevent fire hazards
  • Provide real-time data and analytics for enhanced decision-making
  • Provide improved cooling and improved satisfaction to users

Hotels and Hospitality

  • Energy-intensive business sector pursuing energy efficiency opportunities.
  • Heavy energy consumption for lighting, heating, and cooling than other sectors
  • More usage of energy-consuming assets such as refrigerators, kitchen equipment, air conditioning systems, air handling units, lighting circuits, and motors.
  • Uneven cooling and discomfort
  • Poor occupant experience
  • Poor environments for the health and productivity of building occupants
  • Unknown energy usage and poor energy stability
  • Improve the environment for optimal health of occupants
  • Adapt to future redundancy of new protocols
  • Frequent data collection for optimized decision-making
  • Lower maintenance requirements and energy usage controls.
  • Provide long-term solutions for managing building system expenses
  • Configure the alerting and reporting system with a complete escalation matrix

Stem Cell Storage facilities

  • Biological constructs like organelles, cells, tissues, extracellular matrix, and organs are preserved by cooling to very low temperature (typically −80 °c using solid carbon dioxide or −196 °c using liquid nitrogen)
  • Electricity consumption in million units per month
  • Bleeding on spare replacement of critical equipment
  • Invisible individual equipment consumption pattern
  • Poor control over metrics and maintenance
  • Lack of conservation of energy and safety
  • Measure and quantify various consumption, efficiency, and conservation metrics
  • Provide engineering data regarding the complete power quality with time stamps for all critical equipment
  • Provide engineering data on extremes of power deviation with time stamps for all critical equipment
  • Configure an alerting system to inform the maintenance team of power deviations ensuring they to take action without losing time
  • Eliminate previous inability to enforce SLA of maintenance contracts
  • Improve visibility of pre-existing maintenance blind spots through training and workshops
  • Blocks AMC vendors escape route to get free parts replacement for critical equipment

Office Buildings

  • Multi-storey buildings in the vast area
  • Electricity consumption around thousands of units per month
  • Several numbers of AC for multi-story building
  • Unstructured facility expansion
  • Heavy heat generation
  • Minor fire hazards
  • Unknown energy consumption
  • Optimize load imbalances of distributed energy and power backup
  • Correct space tonnage index of workspace
  • Introduce ventilation elements to improve heat exchange
  • Eliminate previous inability to enforce SLA of maintenance contracts
  • Eliminated the need for additional security deposit by conserving energy and improved efficiency

Food Processing(cold storage)

  • Storage at temperatures above freezing, from about 16°c down to -2°c.
  • Few acres of land for multi-commodity cold storage plants
  • Unknown energy consumption
  • Unstructured facility expansion
  • Poor energy conservation
  • View energy consumption details on each production line
  • Customize report for energy consumption v/s production output for each production line
  • View report for set temperature v/s actual/maintained temperature for each freezer
  • Monitor the facility input power quality including voltage, current, frequency, harmonics, maximum demand, etc
  • View energy consumptions details on each freezer (according to storage capacities)
  • Provide customized reports for energy consumption v/s production output for each freezer in the format of specific energy consumption (according to storage capacities)
  • Portray the peak demand load concerning the incomer, production line, and freezer, for some time
  • Alert the status of each equipment in terms of switch on/off, over usage, under usage, overload, etc.
  • Accessible graphical representation of data from the dashboard
  • Compare different production lines in terms of efficiency to improve the overall operational efficiency
  • Anytime everywhere access through cloud-based subscription model licensing

Frozen Food Processors

Measuring and modeling energy use and space environmental systems.

  • A Senergy model is developed for frozen food supermarkets.
  • Energy use and environmental conditions measured data are analyzed.
  • The model provides accurate predictions of energy use and environmental conditions.
  • Simulation results indicate a significant interdependence between the subsystems.