Cement, Energy and Environment

28 In Mines section Mobile Lighting Tower is used for lighting generation. For this process HSD is used for DG set operation. In this process HSD usage is more for lighting generation. Methodology Adopted The talented in-house team used brainstorming sessions, departmental meetings and a root cause analysis tool to analyze the problem scientifically. Plant Management had also decided to replace the entire Mobile Lighting system with Solar Lighting Panels. Impacts & Benefits of Projects  Conservation of Natural resources  Reduction of Green House gases Emissions  Green Power generation  Reduction of Global worming  High reliability  Easy & safe Operation  Green Environment  One-time investment  Low maintenance charges  Easy trouble-shooting  No extra manpower required for the plug-and- use type of system in place  No pollution of any kind is involved: no emissions, no moving parts, no fuel or water use. Implementation Plan for Installation of Solar Lighting Panels S.No Action Plan Nov-16 Dec-16 Jan-17 Feb-17 1 Identification of power source 2 Feasibility study at site for installation of system 3 Indenting complete solar power system 4 Commissioning of solar power system 5 Trial and testing 6 Observation &Monitoring Pay Back Period & Financial Implications Investment: 2.85 Lakhs Savings: 3.20 Lakhs Pay Back: < 1 Year Overall Performance of this Project  Reduced HSD consumption for Lighting generation.  Reduced Greenhouse Gases around 21 MT of CO 2 per Year. ****** After-Solar Lighting System