. See Kromer and Heywood (2007), “Electric Powertrains: Opportunities and Challenges in the U.S. Light-Duty Vehicle Fleet”, Sloan Automotive Laboratory, Massachusetts Institute of Technology; and
....................................................................................... 15 2.2. Final sector breakdown and activities mapping ....................................................... 19 2.3. Traffic light system
anticipated) using recognized methodologies and frameworks, such as NZIF, SBTi and TSP for setting, assessing, reporting, and verifying performance. Set decarbonization targets for all high-emitting sectors
profit 34,312 47% 20,859 50% Sales from Producing and distributing electronics spare parts Revenue from sales increased from year 2019, because of increased in diode order from USA to substitute products
Quarter ended March, 2019 were severely impacted by production disruptions resulting from breakdown of critical gear and transformer which resulted in an unexpected prolonged Shutdown. While breakdown of
of electricity increase 0.45 million baht or 0.94%. 1.2) Revenue from Sales increase 0 .68 million baht or 8 .83% due to increasing in revenue from sale of ceiling fan and LED light from continuous
which automatically meet the mitigation component • Installation of T&D transformers that correspond to or comply with the Tier 2 (2021) EU Regulation requirements on transformer eco-design. • Equipment
anticipated) using recognized methodologies and frameworks, such as NZIF, SBTi and TSP for setting, assessing, reporting, and verifying performance. Set decarbonization targets for all high-emitting sectors
Sustainability-linked bond/loan An inclusive framework promoting an economy-wide transition Only a few economic activities operate at or near zero emissions today. For some high-emitting activities, feasible low
from selling of electricity increase 0.93 million baht or 1.35%. 1.2) Revenue from Sales increase 1. 36 million baht or 12. 31% due to increasing in revenue from sale of ceiling fan and LED light from