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ENERGY
 CONSERVATION &
RENEWABLE ENERGY
   An OMAX case study
Case Study_Omax Autos
Case Study_Omax Autos
Case Study_Omax Autos
Overview
             Amongst top three companies in Automotive Stamping and two
             wheeler & Commercial vehicle Chassis manufacturing-
             (Process 85k Tons Steel pa)
             Largest Sprocket manufacturing capacity (11 Million pa) in
             South East Asia.
Facilities
             Largest Tri Nickel Chrome Plating facility (120 Million DM2)
             Largest & full spectrum welding facility in India with robots &
             800 MIG welding sets (100 Km welding capacity per day)
             Largest consolidated Piston Rod manufacturing facility with
             super finishing capability catering to Europe & United States.
ONE STOP SOLUTION:
             Designing
             Automotive Stampings
             Two Wheel & Commercial Vehicle Chassis manufacturing
 Process
Capability
             Machined Parts  Sprockets/ Piston Rods/ Oil Pumps/
             Transmission Shafts
             Full spectrum welding process- Robotic MIG, spot and friction
             Powder Coating & Liquid Painting
             Zn Plating, Tri Nickel Chrome Painting & Hard Chrome Plating
Why conserve Energy?
         To protect Earth
         To reduce costs and be competitive
         To survive power and fuel unavailability and cost increase


                     HSD Price                                                                NG Price
50                                                                 35
                                                                   30
40
                                                                   25
30              9%                 25%                             20
                                                                                        17%                 61%
20                                                                 15
                                                                   10
10
                                                                    5
0                                                                   0
     FY 10-11           FY 11-12            FY 12-13                      FY 10-11               FY 11-12          FY 12-13
                                           Till Nov'12                                                            Till Nov'12

                                                          Grid Power
                         7
                         6
                         5
                                                    13%                 38%
                         4
                         3
                         2
                         1
                         0
                                    FY 10-11                 FY 11-12                FY 12-13
Why conserve energy?
     Power & Fuel Cost                                                                       Power &
                                                                                             Fuel Cost
                                                                                             would be
                                                                                               almost
                                                                                              double!!




                                                                                          Actual
                                                                                          If unattended

      FY 08-09            FY 09-10        FY 10-11         FY 11-12      FY 12-13


                                       Daily Average Power Cut Hours
14

12                                                                                   ~ 6 hrs of power cut
10
                                                                                     everyday (25%)
8

6
                                                                                          Daily Average Power
4                                                                                         Cut Hours
2

0
      Apr-12     May-12       Jun-12     Jul-12   Aug-12     Sep-12   Oct-12
Energy Conservation Strategy
                       Energy Saving
                         Strategy


   PHASE I                PHASE II              PHASE III


                                                    Move towards
Reduce Energy          Reduce Energy
                                                     Renewable
 Consumption               Cost
                                                      Energy


  Energy Audits and          Reduction in
                           Contract Demand
     Optimization                                    Rooftop Solar
                            Power Trading
 Waste Heat Recovery
                           Cheaper Alternate
  Fuel Saver Devices            Fuels
    Monitoring and            (Pet coke, Rice
                             husk, briquettes            Future Plan
     Management                                     1 MW Rooftop Solar for
                                    etc.)
                                                       Captive Power
Power Factor
   P is the Active power (kW)

   S is the apparent power (kVA)

   Q is the reactive power

   Reactive power is necessary to generate the magnetic
    field needed to run certain types of loads like lighting,
    induction motors, electric furnaces

   But it also tends to increase the difference between P
    and S.



       If PF is not close to 1, we will be paying for more power than we actually use.
                                   Dharuhera        0.99
                                   Speedomax        0.98
                                   Binola           0.99
                                   Manesar          0.99
Conventional           vs Waste Heat Recovery
                                                             Exhaust




                                                    HRU                Steam generation
                                                                        Air Conditioning
               Exhaust




               DG SET                                        DG SET
    FUEL                                        FUEL




                                              Jacket Water
Jacket Water                                                                           Air
                                                                                   Conditioning


                           Cooling Tower
Waste Heat Recovery at OMAX
 Omax Dharuhera :
     1.5 MW Gas Genset
     HRU installed
     Replaces Hot water generator at powder coating facility
     400 SCM/day savings in PNG
     ~Rs. 2.5 Lac/month savings

 Omax Manesar:
     1.5 MW Gas Genset
     HRU under planning
     Exhaust heat will be used to heat ovens at powder coating
     Jacket water heat will be used for Air conditioning using VAM


                   HAREDA provides subsidy for waste heat recovery projects.
                        Both the above projects have been selected
Fuel Saving Techniques

Catalytic Fuel Saver device
 Installed at the diesel line inlet of DG, burners
 Simple catalytic device
 Results in savings of about 6 - 9% in fuel consumption


Diesel Additive
 250 ml of additive for every 1000 ltr of Diesel
 Improves the fuel properties
 Results in savings of 5 -10%
Technology Upgrade

                                          Modular type IGBT rectifier to replace old

                                         technology rectifiers in Electroplating

                                          Approx 20% higher efficiency

                                          Easy to maintain and upgrade




       Innovative Day-lighting system
 Innovative method to utilize Suns visible light indoors

 No heat addition

 project in process
WATERLESS URINAL




 Water and Energy are inter linked
 Saving water saves energy and reduces cost
 Savings by means of reduction in:
      Pumping power
      Treatment cost
Omax Renewable Energy
 2 x 100 kWp rooftop solar power plants have been installed for captive
use


 2 x 1.25 MW Grid Connected, Wind Turbine Generators have been
commissioned at Jaisalmer, Rajasthan in 2012.


 Further 1 MW Rooftop Solar has been planned in FY 13-14 for captive
use across our manufacturing units.
Omax Renewable Energy
  2.5 MW



             200 kWp
Mega Watt scale Solar Projects


 Omax is venturing into the Solar EPC sector

 Installation of MW scale rooftop Solar Power Plants for
Captive use

 Easy to adapt financial model

 Long term hedging against power cost increase

 Added benefits through Renewable Energy Certificates (REC).




           CLEAN ENERGY GREEN ENERGY
Gallery
SOLAR 100 kWp                        SOLAR 100 kWp




                         LED
                                            FUEL SAVER




                HRU

                               LED
Gallery




Powerless exhaust



                               VFD on compressors




            Timers




                                           Servo Voltage
                                             Stabilizer
NEED OF THE HOUR


            ACTION!!


          Thank you!!
Save Energy Save Earth

More Related Content

Case Study_Omax Autos

  • 1. ENERGY CONSERVATION & RENEWABLE ENERGY An OMAX case study
  • 5. Overview Amongst top three companies in Automotive Stamping and two wheeler & Commercial vehicle Chassis manufacturing- (Process 85k Tons Steel pa) Largest Sprocket manufacturing capacity (11 Million pa) in South East Asia. Facilities Largest Tri Nickel Chrome Plating facility (120 Million DM2) Largest & full spectrum welding facility in India with robots & 800 MIG welding sets (100 Km welding capacity per day) Largest consolidated Piston Rod manufacturing facility with super finishing capability catering to Europe & United States.
  • 6. ONE STOP SOLUTION: Designing Automotive Stampings Two Wheel & Commercial Vehicle Chassis manufacturing Process Capability Machined Parts Sprockets/ Piston Rods/ Oil Pumps/ Transmission Shafts Full spectrum welding process- Robotic MIG, spot and friction Powder Coating & Liquid Painting Zn Plating, Tri Nickel Chrome Painting & Hard Chrome Plating
  • 7. Why conserve Energy? To protect Earth To reduce costs and be competitive To survive power and fuel unavailability and cost increase HSD Price NG Price 50 35 30 40 25 30 9% 25% 20 17% 61% 20 15 10 10 5 0 0 FY 10-11 FY 11-12 FY 12-13 FY 10-11 FY 11-12 FY 12-13 Till Nov'12 Till Nov'12 Grid Power 7 6 5 13% 38% 4 3 2 1 0 FY 10-11 FY 11-12 FY 12-13
  • 8. Why conserve energy? Power & Fuel Cost Power & Fuel Cost would be almost double!! Actual If unattended FY 08-09 FY 09-10 FY 10-11 FY 11-12 FY 12-13 Daily Average Power Cut Hours 14 12 ~ 6 hrs of power cut 10 everyday (25%) 8 6 Daily Average Power 4 Cut Hours 2 0 Apr-12 May-12 Jun-12 Jul-12 Aug-12 Sep-12 Oct-12
  • 9. Energy Conservation Strategy Energy Saving Strategy PHASE I PHASE II PHASE III Move towards Reduce Energy Reduce Energy Renewable Consumption Cost Energy Energy Audits and Reduction in Contract Demand Optimization Rooftop Solar Power Trading Waste Heat Recovery Cheaper Alternate Fuel Saver Devices Fuels Monitoring and (Pet coke, Rice husk, briquettes Future Plan Management 1 MW Rooftop Solar for etc.) Captive Power
  • 10. Power Factor P is the Active power (kW) S is the apparent power (kVA) Q is the reactive power Reactive power is necessary to generate the magnetic field needed to run certain types of loads like lighting, induction motors, electric furnaces But it also tends to increase the difference between P and S. If PF is not close to 1, we will be paying for more power than we actually use. Dharuhera 0.99 Speedomax 0.98 Binola 0.99 Manesar 0.99
  • 11. Conventional vs Waste Heat Recovery Exhaust HRU Steam generation Air Conditioning Exhaust DG SET DG SET FUEL FUEL Jacket Water Jacket Water Air Conditioning Cooling Tower
  • 12. Waste Heat Recovery at OMAX Omax Dharuhera : 1.5 MW Gas Genset HRU installed Replaces Hot water generator at powder coating facility 400 SCM/day savings in PNG ~Rs. 2.5 Lac/month savings Omax Manesar: 1.5 MW Gas Genset HRU under planning Exhaust heat will be used to heat ovens at powder coating Jacket water heat will be used for Air conditioning using VAM HAREDA provides subsidy for waste heat recovery projects. Both the above projects have been selected
  • 13. Fuel Saving Techniques Catalytic Fuel Saver device Installed at the diesel line inlet of DG, burners Simple catalytic device Results in savings of about 6 - 9% in fuel consumption Diesel Additive 250 ml of additive for every 1000 ltr of Diesel Improves the fuel properties Results in savings of 5 -10%
  • 14. Technology Upgrade Modular type IGBT rectifier to replace old technology rectifiers in Electroplating Approx 20% higher efficiency Easy to maintain and upgrade Innovative Day-lighting system Innovative method to utilize Suns visible light indoors No heat addition project in process
  • 15. WATERLESS URINAL Water and Energy are inter linked Saving water saves energy and reduces cost Savings by means of reduction in: Pumping power Treatment cost
  • 16. Omax Renewable Energy 2 x 100 kWp rooftop solar power plants have been installed for captive use 2 x 1.25 MW Grid Connected, Wind Turbine Generators have been commissioned at Jaisalmer, Rajasthan in 2012. Further 1 MW Rooftop Solar has been planned in FY 13-14 for captive use across our manufacturing units.
  • 17. Omax Renewable Energy 2.5 MW 200 kWp
  • 18. Mega Watt scale Solar Projects Omax is venturing into the Solar EPC sector Installation of MW scale rooftop Solar Power Plants for Captive use Easy to adapt financial model Long term hedging against power cost increase Added benefits through Renewable Energy Certificates (REC). CLEAN ENERGY GREEN ENERGY
  • 19. Gallery SOLAR 100 kWp SOLAR 100 kWp LED FUEL SAVER HRU LED
  • 20. Gallery Powerless exhaust VFD on compressors Timers Servo Voltage Stabilizer
  • 21. NEED OF THE HOUR ACTION!! Thank you!! Save Energy Save Earth