Environment

Climate change and energy management are vital for PHIHONG's sustainable development. We analyze, control, and reduce greenhouse gas emissions annually by 4.2%, striving for net zero emissions by 2050 to actively combat climate change.

Energy Management and Greenhouse Gases

Climate-related indicators
Actual Result
in 2023
Short-term
(2024-2025)
Mid to long-term
(2026-2030)
Power saving rate (%)-3.8%-4.5%-4.5%
Construction of renewable energy (cumulative kW)
2,000KW1,000KW6,000KW
Per capita water withdrawal (million liters/person)0.09470.09000.0855
Plant water saving rate (%)5%5%5%
General Business Waste Unit Revenue Generation (Metric tons / million)0.14150.13440.1277
Emissions (T-CO2e) for categories 1-2 in the past 3 years
Category 1-2 Greenhouse gas emissions (T-CO2e)
Emission Category/ YearPHIHONG Group
202120222023Vs. base year
(2021)
Category 1 - Direct emissions612.6906.0500727.703418.80%
Category 2 - Indirect emissions28,713.125,133.968723,853.6698-16.92%
Total emissions29,325.626,040.018724,581.3732-16.18%
Emission intensity (T-CO2e/million revenue)2.391.80641.9932-16.51%

Note: The 2023 GWP values are sourced from IPCC AR6. Electricity factors used are as follows: Taiwan region uses the Ministry of Economic Affairs, Energy Bureau announced electricity factor of 0.4950 ton-CO2e per kWh for the year 111. Dongguan region uses China’s Environmental Climate Bulletin (2023) No. 43 electricity factor of 0.5703 ton-CO2e per kWh. Phihong in Vietnam uses Vietnam’s Ministry of Natural Resources and Environment, Climate Change Department’s 2021 electricity coefficient report electricity coefficient of 0.7221 ton-CO2e per kWh.

Unit: T-CO2e
Statistics of greenhouse gas emission types in 2023 (category 1)
VarietyCO2CH4N2OHFCsPFCsSF6NF3Total
Emissions69.6904609.84260.676447.49400.000.000.00662.7954
%9.58%83.80%6.53%6.48%0.00%0.00%0.00%100.0%
Category 1-2 Greenhouse gas emissions of each plant (T-CO2e)
Linkou HQZerovaDongguanHaiphongTotal
Emission
Category 1
(Direct)
Fixed
burning
0.00000.17370.00002.59982.7735
Mobile
burning
7.69237.869939.418611.780066.7608
Process
emissions
0.00250.00010.34300.26590.6115
Fugitive
emissions
31.595324.7574391.8434209.3615657.5576
Total39.290132.8011431.6050224.0072727.7034
Category 2
(Indirect)
Purchased
electricity
764.9948917.082012,325.29459,846.298523,853.6698
Total emissions804.2849949.883112,756.899510,070.305724,581.3732
Category 3-4 Greenhouse gas emissions (T-CO2e)
Emission sourcesDescription2022
(Base year)
2023Versus base
year
Category 3
(Transport)
Business
travel
Includes car, high
speed rail, air
76.9520201.4096261.73%
Employee
commuting
Includes
motorcycles, cars,
buses, metro, etc.
656.2741695.6473106.00%
Category 4
(Organizational
Use)
Use of the
product
Includes electricity,
diesel, gasoline
2,127.35912,053.0052-3.50%
Waste
removal
Includes
transportation and
disposal
91.365415.9578-82.53%
Total emissions2951.95062,966.01990.5%

Note: 2022 is used as the base year as it is the first time a Category 3-6 inventory is conducted.

Energy consumption and intensity

PHIHONG is practicing green design and has implemented this policy throughout its main production facilities. While developing high efficiency and high-power density power supply products, we are strengthening the management through regional power usage monitoring systems in the manufacturing process.

Energy resource consumption tableUnit: Gigajoule (GJ)
Energy category2021 20222023
TaiwanDong
guan
Hai
phong
TaiwanDong
guan
Haip
hong
Linkou HQZerovaDong
guan
Hai
phong
Electricity9,954107,40917,97311,201100,32738,3315,563.66.43679,840.949,088
Natural gas-117--57-----
Petrol-5,628-73.9267130.5-0.109978.1104.5
Diesel-4523211.756567.55--40.1104.1
Energy consumption intensity table
Energy intensity20222023Energy intensity
DongguanHaiphongDongguanHaiphongDongguanHaiphong
Electricity (kWh)27,868,58010,647,38422,178,04013,635,644-20.42%28.07%
Output value (NTD/10k)1,015,630236,672463,457228,013-54.37%-2.10%
Energy intensity (kWh/10k)27.4445.7147.8559.874.38%30.82%

Note: Phihong’s manufacturing focus has gradually shifted production to Vietnam over the past 2 years. The third factory in Vietnam commenced operations in 2022, leading to a significant increase in energy consumption. Taiwan serves as the research and development operation center and does not have production lines, therefore it is not included in the energy consumption calculations.

Energy as a percentage of total usage
PlantTypeUnitLinkou HQZerovaDongguanHaiphongTotal (GJ)% of each type of energy to total usage
ElectricitykWh1,545,4441,787,70022,178,04013,635,64439,146,82896.25%
GJ5,563.606,433.0079,840.9449,088.00140,925.54
PetrolL3,338.6016,504.693,006.0022,849.290.74%
GJ0.11978.10104.501,082.71
DieselL1,115.022,824.903,939.920.10%
GJ40.14104.10144.24
Solar energykWh32,443.001,151,493.001,183,936.002.91%
GJ116.804,145.374,262.17
Total consumptionGJ5,563.606,549.9085,004.5649,296.60146,414.66100.00%
Total energy % shareGJ3.80%4.47%58.06%33.67%100.00%

Note 1: The heat value and emission coefficient for Taiwan are sourced from the Ministry of Economic Affairs Energy Bureau’s “2019 Electricity Coefficient” published on July 20, 2020. The heat value for purchased electricity is 860 kcal/kWh.
Note 2: The heat value and emission coefficient for China are sourced from the Ministry of Ecology and Environment of China’s “2019 Regional Grid Baseline Emission Factor.” The conversion coefficient for the Southern Region grid is 0.8042 metric tons CO2e/MWh. The emission coefficient for gasoline, diesel, and natural gas is derived from the original IPCC coefficients multiplied by the fuel heat value. The fuel heat values are sourced from the National Standard of the People’s Republic of China GB/T2589-2008 “General Rules for Calculation of Comprehensive Energy Consumption.” Gasoline has a heat value of 14,110 kcal/L, diesel has a heat value of 10,200 kcal/kg, and natural gas has a heat value of 8,500 kcal/m3.
Note 3: The heat value and emission coefficient for Vietnam are sourced from the IPCC National Greenhouse Gas Inventory Guidelines (2006) for purchased electricity. The coefficients for gasoline and diesel are sourced from the Cross Sector Tool, with gasoline having a heat value of 0.0447 GJ/kg and diesel having a heat value of 0.0455 GJ/kg.