Blazeautomation Occupancy Based Lighting

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this presentation helps in educating people about the socio-economic impact of the Occupancy based lighting.

this presentation helps in educating people about the socio-economic impact of the Occupancy based lighting.

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  • 1. 1
    Human Impact on the environment
  • 2. 2
    When you look at the history of humanity it's basically a relationship between the two most complicated systems on Earth :Human society and nature.
    Now , We are causing the devastation to our very foundation of our life system that has given us birth.
    We should come out of the illusion that people are separate from nature.
  • 3. Pollution
    Since the industrial revolution, society has had a tendency to assume that the environment can absorb any amount of pollution.
    Many of the most disastrous incidents of pollution involve industrial chemicals that are toxic or carcinogenic
    Pollution from thermal power plant
  • 4. Pollution and Acid rain
    Rain and snow carry the sulfuric acid formed when sulfur reacts with water back to the surface in the form of acid rain.
    It causes loss of species diversity in bodies of water.
    Destruction of trees and organisms due to low pH levels in ground water.
    Extinction of a lot of species.
    Trees killed due to acid rains
  • 5. Depletion of Ozone Layer
    Chlorofluorocarbons (CFCs) are a class of chemicals involved in ozone destruction.
    Coolant in refrigerators and air conditioners propellant in aerosol dispensers release CFCs.
    Ozone depletion will cause and increase in the number of people who develop skin cancer and cataract.
    Ozone layer
  • 6. Global Warming
    Carbon dioxide in the atmosphere influences global temperatures.Global warming during Earth's current interglacial warmperiod has greatly altered our environment and the distribution and diversity of all life.
    Global surface temperature increased 0.74 ± 0.18 °C (1.33 ± 0.32 °F) between the start and the end of the 20th century
    Broader effects are expected to include glacial retreat, arctic shrinkage,  including long-term shrinkage of  Greenland ice sheet, and worldwide sera level rise due to global warming.
  • 7. Extinction of Species
    Over the last 50 years, about half the world’s rain forests have been destroyed for pasture and farmland or for timber
    Rain forests have the highest species diversity in Earth
    It is estimated that at least 1/5 of the world’s animals and plants will become extinct over the next 50 years
  • 8. Non-replaceable Resources
    • Fossil fuels: Fossil fuels like coal, natural gas and petroleum products once used are not replaceable and will add global warming gasses in to the environment.
    Loss of top soil: by repeatedly turning over soil to eliminate weeds, by allowing animals to overgraze ranges and pastures, and by practicing poor land management we permit the wind and rain to remove more and more
    Pollution and depletion of ground water: Water seeps into aquifers at too slow a rate to replace the large amount of water being withdrawn for unnecessary use (watering lawns, washing cars, and running fountains)
  • 9. Examples of Disastrous Events
    In the early 1970s, Lake Erie was so polluted from large amounts of industrial chemicals that few fish could survive there
    The Exxon Valdez ran aground on the Alaska coast in 1989, spilling 11 million gallons of oil and killing thousands of marine animals. Even today the evidence of damage to local wildlife continues to mount
    UN estimates by the middle of the century there may be 150 million environmental refugees at any given time from climate change.
  • 10. Natural calamities
  • 11. The 5 components of solving any environmental problem
    Risk analysis
    Public education
    Political action
  • 12. Assessment
    The gathering of information
    Data collection
    Performing experiments
    Make predictions
  • 13. Risk Analysis
    Use the information from assessment to predict the consequences of environmental intervention
    Evaluate the potential to solve the problem as well as any adverse effects the plan might create
  • 14. Public Education
    Inform the public
    Explain the problem in understandable terms
    Present alternative actions
    Explain probable costs and results
  • 15. Political Action
    The public, through its elected officials, selects and implements a course of action.
    Exercise your right to vote.
    Write to elected officials.
    Support special interest groups.
  • 16. Global Warming Solutions
    Reducing the amount of gas released in the atmosphere :
    energy efficiency
    renewable energy
    vehicle technology solutions
    Increase the efficiency of photosynthesis
  • 17. Why aren't we responding to climate change?
    First and foremost : economy
    >>The greatest weapon of mass destruction is corporate economic globalization.
    >>People think that, to implement eco-friendly measures
    is expensive.
    Lack of awareness
    >>Many people still don’t know what is green house effect.
    >>what extent it is damging our eco-system
  • 18. Fundamental opportunity cost of economic growth
    As the economy grows, it displaces, it encroaches upon the biosphere, and this is a fundamental cost
    What would it cost us to take carbon dioxide out of the air and put oxygen back in it, which all the green things do for us for nothing.
    What would it cost to pollinating all of the flowering plants.
    In our modern globalized world growth continues to be the focus of many corporations and governments who deplete our environment for economic gain.
  • 19. What blaze can offer?
    • Blaze considered both environment and economy to design products which keep balance between both of them.
    • 20. One of its kind is BLAZE occupancy based lighting system.
    • 21. On an average 30% of the energy on lighting can saved by implementing occupancy based lighting.
    • 22. There are other indirect benefits from occupancy based lighting. Refer to annexure 1
  • 23. How occupancy based lighting works (example)
    Provide light when and where it is required – an egress path for late night workers eliminates unnecessary energy usage after hours.
  • 24. Estimates average saving potential for different space types using occupancy sensors
    Private office 13–50%
    Conference room 22–65%
    Classroom 40–46%
    Restrooms 30–90%
    Corridors 30–80%
    Store areas (including warehouses) 45–80%
  • 25. Detection pattern of Occupancy sensors
  • 26. Features Blaze Occupancy sensors
    All occupancy detection sensors feature advanced robust wireless RF platform
    Easy installation with out retrofit or reconstruction
    On-board management selectable setting for maximum control without requiring advanced technical knowledge
    Multiple rooms, HVAC and balcony doors easily accommodated with no additional wiring required
    Occupancy detection only requires single occupant movement.
    Wide range of cost effective and reliable occupancy sensor are available with BLAZE
  • 27. ROI - Conclusions
    Average ROI for 30% saving: 18-24 months
    Note: Here we have assumed that the Lighting fixtures are ON 12 -14 hours per day and there is a saving of only 30% [averaged considering all the areas in a typical corporate setup] of the energy for Lighting through Occupancy sensors.
    This also includes savings through indirect savings.
  • 28. What it contributes to environment
    Suppose if you going to save minimum of10000KWh per month for you whole building see how it will help environment
    Note: Reference for this calculation:
  • 29. Thank you
    For further details please write to us at:
    Mobile: +91 9440490408
    Tel: +91 40 65965140