According to a World Bank study, increasing solar and wind capacity in Pakistan to at least 30% of total installed capacity by 2030 would resulting in fuel savings equal to US$5 billion over 20 years, increased energy security, and reduced greenhouse gas emissions. Solar Power system is reliable than gen-sets to reduce fuel and maintenance cost with immovable parts and without extra manpower requirements. This paper addresses key issues and analyzes different parameters which must be taken under consideration to reduce CAPEX & OPEX as a countermeasure to. ally reduce greenhouse gas emis-sions by 17 percent, compared to 2015 levels. In the energy sec-tor, this requires increasing the share of on-grid renewable ener y from around 30 percent today (including hydropower) to 60 per-cent by 2030. Achi o the grid without com-promising its stability or. This case study focuses on both the challenges and achievements delivered by Telenor's energy efficiency network transformation, which focused upon a 5 point Energy Management Plan (EMP) to address the challenges of supply, unpredictability and sustainability. The country's energy infrastructure further compounds the crisis. Pakistan's electricity transmission and. As stated by the Alternative Energy Development Board (AEDB), the mobile tower industry has emerged as Pakistan's largest diesel fuel consumer, using around 1.