Carbon Reduction Commitments, promote Renewable Energy

Novatek conducted a greenhouse gas inventory according to ISO 14064-1 and completed third-party verification. In addition to Scope 1 and Scope 2 greenhouse gas emissions, we are also actively carrying out the Scope 3 (Categories 3-6) inventory of other indirect emission sources. The emission hotspots of carbon management include value chain partners such as customers and suppliers. Carrying out energy-saving and carbon-reduction programs in conjunction with daily operations will continuously improve energy efficiency. Novatek has established a reduction target for greenhouse gas emissions. The specific actions include using the 2022 emissions as a baseline, which is 18,570.170 metric tons of CO2e (Scope 1 and Scope 2), aiming for a 20% reduction by 2030 to 14,856 metric tons of CO2e (Scope 1 and 2). Additionally, Novatek specifies that the utilization rate of renewable (clean) energy in annual electricity consumption will reach 50% by 2030 and 100% by 2050, in line with achieving net zero greenhouse gas emissions.

 

In the green economy that responds globally, we continue to improve, beginning with the introduction of the ISO 50001 energy management system in 2022, and obtaining the LRQA verification certificate in July 2023 to achieve green operation policies through effective energy management.  The current certificate is valid from July 1, 2023 to June 30, 2026.

Greenhouse gas management (GHG Emisssion)

Novatek has been conducting annual greenhouse gas inventory and preparing the corresponding reports since 2010. In accordance with the ISO 14064-1 greenhouse gas management system, it continues to conduct the inventory and management of greenhouse gas emissions, and actively implements various measures for the reduction of greenhouse gas emissions based on the inventory results. Through the continuous improvement of plans and activities, Novatek reduces the impact of greenhouse gas emissions on the environment and climate, fulfilling its corporate social responsibility.

To continuously manage carbon reduction performance and strengthen the data quality and credibility of greenhouse gas inventory, Novatek has undergone external verification conducted by LRQA Taiwan, an impartial third-party institution, thereby enhancing the reliability of its greenhouse gas inventory data across all operating sites in Taiwan. In 2023, the scope of greenhouse gas inventory and quantification management was further expanded to include Novatek's subsidiaries in Suzhou and Xi'an. By monitoring and assessing the greenhouse gas emissions at each location, the Company continuously evaluates and formulates energy-saving and carbon reduction targets. The disclosure of inventory data below is based on data calculated and statistically analyzed according to third-party verification standards.

Statistics of greenhouse gas emissions by scope for 2023

Greenhouse gas scope

Emission report by category

Emission amount

(Metric tons of CO2e)

Percentage of emissions (%)

Scope 1

Category 1: Direct greenhouse gas emissions

685.7742

0.04%

Scope 2

Category 2: Indirect greenhouse gas emissions from purchased energy

17,705.2927

1.06%

Scope 3

Category 3: Indirect greenhouse gas emissions from transportation

3,363.6068

0.20%

Category 4: Indirect greenhouse gas emissions from the use of products by the organization

932,502.2893

56.03%

Category 5: Indirect greenhouse gas emissions from the use of products sold by the organization

710,138.4375

42.67%

Category 6: Other indirect greenhouse gas emissions from sources not included in categories 2 through 5 N/A N/A

Total

1,664,395.401

100.00%

Note:The data covers all operating sites of Novatek in Taiwan

Statistics of greenhouse gas emissions by gas type in 2023

(CH4) 2023 Statistics_GHG type_en.png (72 KB)

Note:The data covers all operating sites of Novatek in Taiwan

 

Statistics of greenhouse gas emissions in Scope 1 (Category 1) for 2023

Emission category

Emission source

Greenhouse gas type

Emission amount

(Metric tons of CO2e)

CO2 CH4 N2O HFCs
Stationary combustion source

Liquefied petroleum gas (LPG)

v v v  

53.0641

Stationary combustion source

Diesel

v v v   1.0818
Mobile combustion source

Gas

v v v   19.6992
Fugitive emission source

Septic tank

  v     244.6021
Fugitive emission source

Fire extinguisher

v       0.1270
Fugitive emission source

Refrigerant

      v 367.2000
Total emissions 685.7742

Note:The data covers all operating sites of Novatek in Taiwan

 

Statistics of greenhouse gas emissions in Scope 2 (Category 2) for 2023

Item

Emission category

Emission source

Greenhouse gas type

Emission amount

(Metric tons of CO2e)

CO2 CH4

N2O

1

Indirect energy emission

Externally purchased electricity v  

 

17,705.2927

 Note: The data covers all operating sites of Novatek in Taiwan

 

Statistics of greenhouse gas emissions in Scope 3 (Category 3-6) for 2023

 Emission category

 Greenhouse gas emission amount

(Metric tons of CO2e)

Category 3

Upstream raw material transportation and distribution

893.7079

Business trips

712.3404

Employee commuting

1,023.0561

Downstream product transportation and distribution

734.5024

Category 4

 

Purchased products and services

928,883.7781

Greenhouse gas emissions from fuel and energy-related activities (excluding Categories 1 and 2)

3,499.2793

Waste disposal and transportation

119.2319

Category 5

Use of sold products

710,138.4375
 Category 6

Others

-

Total emissions

1,646,004.334

 

Note 1:The data covers all operating sites of Novatek in Taiwan

Note 2:The electricity carbon emission factor of 0.495 kg CO2e/kWh for 2022 was used to carry out the estimation. One metric ton of CO2e is equivalent to about 7,273 mega joules (MJ).

 

 

 

 

Statistics of greenhouse gas emissions (Scope 1 and Scope 2) for the past 4 years

Unit:Metric tons of CO2e

Greenhouse gas type

2020 2021  2022  2023

Scope 1 (direct emissions)

 484.6829  276.4467  462.8166  685.7742 

Scope 2 (indirect emissions)

15,487.5603  17,024.3129  18,107.3538  17,705.2927

Total emission

 15,972.243  17,300.760  18,570.170  18,391.067

Greenhouse gas emission intensity

(Tons CO2e/NT$ million)

 0.19998  0.12783  0.16894  0.16663

Note: The data covers all operating sites of Novatek in Taiwan

 

Greenhouse gas emissions and emission intensity

energy01_e.png (40 KB)


 

Greenhouse gas inventory results of Novatek's subsidiaries

Novatek (Xi'an) Co., Ltd. ISO 14064-1

Novatek (Suzhou) Co., Ltd. ISO 14064-1

Novatek has gradually expanded the scope of greenhouse gas quantification management. In 2023, it conducted the first greenhouse gas inventory for scope 1 and scope 2 emissions for its subsidiaries in Suzhou and Xi'an. In February 2024, Novatek officially passed the external verification conducted by SGS China, an impartial third-party institution, and obtained the verification statement. Novatek will continue to promote greenhouse gas inventory, carbon reduction targets, and actions, extending the spirit of carbon management to all overseas operating sites. Novatek aims to complete the greenhouse gas inventory for all subsidiaries by 2027 to achieve sustainable management of carbon emissions.

Greenhouse gas emissions of Novatek's subsidiaries

Unit: Metric tons of CO2e

Greenhouse gas type

Name of subsidiary

2023

Scope 1 (direct emissions)

Novatek (Suzhou) Co., Ltd. Note 1

12.0975

Novatek (Xi'an) Co., Ltd. Note 2

52.2026

Total

64.3001

Scope 2 (indirect emissions)

Novatek (Suzhou) Co., Ltd. Note 1

34.7478

Novatek (Xi'an) Co., Ltd. Note 2

173.6877

Total 208.4355

Total emissions

272.736

 

Note 1:The data covers offices of Novatek (Suzhou) Co., Ltd. in Suzhou, Wuhan, Hefei, and Xiamen.

Note 2The data covers offices of Novatek (Xi'an) Co., Ltd. in Xi'an.

 

Novatek is a professional IC design company engaged in product design, R&D and sales. The production and manufacturing of its products are conducted by professional foundries. Therefore, the energy demand of the Company is mostly for domestic use such as air conditioning and lighting. The main energy used is electricity, which is purchased from the Taiwan Power Company. For the whole year of 2023, according to the inventory of actual electricity usage, the posted electricity consumption was 38,790,022 kWh, equivalent to 139,644,079 MJ (1 kWh of electricity = 3.6 MJ), an increase of 9.04% over the previous year. The reason for the increase is due to the addition of information equipment in the data center in 2023, which has led to an increase in electricity consumption. Novatek has been dedicated to implementing various energy-saving measures and initiatives over the years, including the construction of high-efficiency data center facilities, improvements in air conditioning system efficiency, and optimization of lighting systems. The energy-saving amount in 2023 was 9.32 GWh (energy-saving rate of 19.38%), a growth of 1.33 GWh (energy-saving rate growth of 1.03%) compared to 2022, achieving the annual energy-saving target of 1%.

 

Novatek began to introduce the ISO 50001 energy management system in 2022 to strengthen the use of energy management and improve the energy use efficiency of the Company, and obtain the LRQA verification certificate in July 2023.  The current certificate is valid from July 1, 2023 to June 30, 2026.

Novatek energy structure in 2023

Energy type

Source

Usage

Amount used

Energy consumed (MJ)

Percentage of energy consumed (%)

Electricity Taiwan Power Company Plant-wide power facilities

38,790,022 kWh

139,644,079

99.47%

Liquefied petroleum gas (LPG) Wanbin Gas Company Kitchen

16,636 kg

462,481

0.33%

Gasoline Taiwan Power Company Business vehicles, fire training

8,372.62 L

273,366

0.19%

Diesel Taiwan Power Company Generators

400 L

14,064

0.01%

Total

140,393,990

100.00%

 

Note 1 : Electricity-to-energy conversion: 1 kWh = 3.6 MJ

Note 2 : Liquefied petroleum gas-to-energy conversion: 1 kg of liquefied petroleum gas = 27.8 MJ

Note 3 : Gasoline-to-energy conversion: 1 L of gasoline = 32.65 MJ

Note 4 : According to ISO 14064-1 and the Greenhouse Gas Inventory and Registration Guidelines, quantification of usage data

Note 5 : Diesel-to-energy conversion: 1 L of diesel = 35.16 MJ

Note 6 : The unit conversion is based on the Product Unit Heating Value Table provided by the Bureau of Energy, MOEA (Ministry of Economic Affairs)

Note 7 : The data covers all operating sites of Novatek in Taiwan

 

Statistics of energy intensity for the past 4 years

Year

Total energy consumption (MJ)

Total revenue

(NT$ million)

Energy intensity

(MJ/NT$ million)

2020 110,445,606 79,867 1,382.86
2021 122,893,061 135,339 908.04
2022

128,688,753

109,925

1,170.70

2023

140,393,990

110,370

1,272.03

 

Note: Energy intensity = total energy consumption / total revenue

 

Total energy consumption and energy intensity

energy02_e.png (25 KB)

 

Electricity consumption and electricity saving for the past 4 years

energy03_e.png (50 KB)

Energy saving plan

Novatek continues to promote energy-saving measures to reduce greenhouse gas emissions. The Company invested approximately NT$16.21 million in implementing the 2023 energy saving plan. The electricity saving in 2023 was 9.32 GWh (electricity saving rate of 19.38%), a growth of 1.33 GWh (electricity saving rate growth of 1.03%) compared to 2022, achieving the annual electricity saving target of 1%. The electricity saving is equivalent to the carbon absorption of 11.9 Da’an ParksNote 1 and the annual electricity consumption of 2,576 households Note 2.

Carbon reduction plan

energy04_e.png (44 KB)

Plan Energy saving plan Annual electricity saving(kWh)

Greenhouse gas reduction

(Metric tons of CO2e)

MJ

1

High-performance computer room of the data center

4,852,224 2,401.851 17,468,006.40
2 Air conditioning system 3,051,645 1,510.564 10,985,922.92
3 Lighting system 1,172,962 580.616 4,222,662.19
4 Compressed air system 245,280 121.414 883,008.00
  Total 9,322,111 4,614.445 33,559,599.51

 

Note 1:According to the Council of Agriculture's estimations released by the Ministry of Environment, each hectare of forest has a carbon storage capacity of approximately 15 metric tons per year, and a park the size of the Da’an Park (25.8 hectares) is able to absorb 387 metric tons of CO2e per year.

Note 2:According to the Taiwan Power Company's statistics, the average annual electricity consumption of a household in 2023 was 3,618 kWh.

 

減碳方案比例圖

 

Use of renewable (clean) energy

In response to the global green energy trend, Novatek has been continuously investing in and planning renewable energy initiatives since 2021, aiming to achieve the long-term vision of net-zero emissions. In 2023, the investment in renewable energy procurement exceeded NT$15.57 million, with actions including the purchase of 2.77 GWh of green electricity and self-generation of 252,000 kWh of electricity, totaling 3.022 GWh for the year (achieving a renewable energy usage rate of 7.8%), which surpassed the set target of 5% for 2023.

energy05_e.png (61 KB)

Note: The renewable energy used is the sum of solar power generation and renewable energy certificates purchased

Target for renewable energy use

In response to carbon reduction through concrete actions, Novatek aims to achieve net-zero emissions by 2050 by increasing the amount and percentage of renewable energy procurement annually, using self-generated solar power, and contributing to the global net-zero emission goal.

 

Year Target for renewable energy use
2023 Achieve a renewable energy usage rate of 5%
2024 Continue green energy procurement efforts and achieve a renewable energy usage rate of 12%
2025 20%
2030 50% (RE50)
2050 100% (RE100), achieving net-zero emission
Spotlight
Environment Spotlight

Use of renewable (clean) energy

In response to the global green energy trend, Novatek has been continuously investing in and planning renewable energy initiatives since 2021, aiming to achieve the long-term vision of net-zero emissions. In 2023, the investment in renewable energy procurement exceeded NT$15.57 million, with actions including the purchase of 2.77 GWh of green electricity and self-generation of 252,000 kWh of electricity, totaling 3.022 GWh for the year (achieving a renewable energy usage rate of 7.8%), which surpassed the set target of 5% for 2023. We estimate that renewable energy will account for 20% of annual electricity consumption by 2025, and 50% of annual electricity consumption (RE50) by 2030. In 2050, renewable energy will account for 100% of the annual electricity consumption (RE100). Novatek is responding to calls for carbon reduction with concrete action; we hope to contribute to the global goal of net-zero carbon emissions by purchasing green electricity.

Greenhouse gas inventory

Novatek conducted a greenhouse gas inventory based on ISO 14064-1 standards. Since 2022, Novatek has been expanding the scope of its inventory, not only focusing on Scope 1 and Scope 2 greenhouse gas emissions but also actively seeking key factors related to climate change. The Company has voluntarily conducted inventories for other indirect emission sources under Scope 3 (categories 3–6), extending the coverage of carbon management emission hotspots to value chain partners (customers and suppliers).To continuously manage carbon reduction performance and strengthen the data quality and credibility of greenhouse gas inventory, Novatek has undergone external verification conducted by LRQA Taiwan, an impartial third-party institution, thereby enhancing the reliability of its greenhouse gas inventory data across all operating sites in Taiwan. In 2023, the scope of greenhouse gas inventory and quantification management was further expanded to include Novatek's subsidiaries in Suzhou and Xi'an. By monitoring and assessing the greenhouse gas emissions at each location, the Company continuously evaluates and formulates energy-saving and carbon reduction targets.