HVAC and Lighting account for approximately 75% of energy consumption both in commercial and residential buildings. A lot of this electricity could be saved by optimizing the use of lights, ventilation and air conditioning systems. Nevegy systems use IoT, smart technology with sensors to understand all aspects of illumination, thermal comfort and presence to maximize energy savings, paving your road to sustainability and important economic savings and CO2 footprint reduction.
Most buildings lack automation equipment and have several spaces unnecessarily illuminated when there is no people present or when exterior light is sufficient. Additionally, many buildings are still using obsolete lighting equipment that consumes a lot of unnecessary energy.
Same as with lights, HVAC equipment is not optimized in most buildings, having cooled or heated empty spaces, having unbalances in temperature, creating areas that are too cold and areas that are too hot and many ventilation systems work constantly independently of external and internal conditions.
Nevegy technology allows you to take into account all environmental parameters (indoor and outdor air quality, light availability, space occupation, etc) to automate and use only the energy needed, saving in many cases as much as 60% of total energy consumption by HVAC and lightning while maintaining perfect comfort levels.
Lights and HVAC equipment in a building make up for ~75% of the complete energy consumption, yet many buildings are using highly inefficient systems that use more energy than necessary to illuminate a space or to cool/heat a space.
Infrastructure enhancement is the second step of any project, where we phase out obsolete equipment and replace it by energy efficient equipment according to age and ROI requirements, this step requires, in some cases, significant investment that can be subsidized by government green loans.
Nevegy technology allows you to understand the requirements, and measure every step of the way the energy consumption, understanding where you are spending too much and where we can obtain the quickest turnaround, providing historical and real time reports on energy consumption.
The third step, which can be run in parallel, is to analyze the possibility of self generating energy, most buildings have unutilized roofs that can be used to generate energy through solar panels, others can use the walls, parking spaces or other ground areas.
With the efficiency increase of PV cells, many buildings are being able to use panels to generate enough electricity to cover lighting for common areas, underground parking, ventilation, etc.
Nevegy technology allows you to visualize the generated energy and to understand how this is impacting your overall energy consumption.
The following video shows how nevegy technology saves energy by using advanced sensing, optimization and hvac control technology.
The following video shows how nevegy technology saves energy by using advanced sensing, optimization and lighting control technology.
A company in a 32 floor building was taking 2 floors, each floor using roughly 2,000m
The measured daily consumption was:
The measured monthly consumption was:
The measured monthly consumption was:
Total Yearly Energy Consumption for the building:
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