Does Transfer Pricing,
Sales Growth, Foreign Ownership, Asset Intensity Affect Tax Avoidance in Energy
Companies in Indonesia?1,2 Departement of Management, Jenderal Soedirman
University, Indonesia,
3 Department of Economics,
Istanbul
Medeniyet University, Turkey
Email: [email protected]
|
Keywords: |
ABSTRACT |
|
Transfer
Pricing, Sales Growth, Asset Intensity, Foreign Ownership |
Tax avoidance measures are carried out because of different interests
on the part of the government and the companies, where the government needs
to increase state revenues through large tax revenues while the companies
want taxes to be as minimal as possible because taxes are a burden that
reduces profits. The research aims to examine transfer pricing, sales growth,
asset intensity and Foreign Ownership affected on tax avoidance in energy
companies in Indonesia. A sample of companies in the energy sector that were
listed on the Indonesia Stock Exchange (IDX) between 2020 and 2022 was
selected. Descriptive statistical tests, conventional assumptions, multiple
regression analysis, and hypothesis testing. According to the test, the
findings of this study show that transfer pricing and asset intensity has
positive impacts impacts tax avoidance.� Sales Growth and Foreign ownership, have a
negative impact on tax avoidance. |
The tax sector is a crucial
component of the Indonesian economy (Pattiasina et
al., 2019). Taxes make up a sizable component of the revenue segment of the
State Revenue and Expenditure Budget (APBN) compared to other sectors. The
objective for tax revenue is Rp. 1,444.5 trillion in 2021, which is reflected
in the overall state income of Rp. 1,743.6 trillion (Ministry of Finance of the
Republic of Indonesia, 2022). In accordance with the philosophy of the tax law,
it is not only an obligation for citizens to pay taxes, but also a citizen's
right to participate in national development. To realize development
independently can be done by optimizing tax revenues. Tax revenues must be
increased optimally so that they can contribute to the country's economy which
can be utilized for the growth and implementation of the country's development
(Andrejovsk� & Pulikov�,
2018). In Indonesia, the Covid-19 epidemic has had a significant influence on
several areas, including the economy. An economic crisis brought on by the
Covid-19 outbreak resulted in a recession.
The policy issued by the government to deal with the
Covid-19 pandemic was one of the aspects that caused tax revenue to contract by
19.7% from the previous year. The condition of tax revenue which is
experiencing a decline will affect the tax ratio. in
2019 it was 9.77%, a decrease of 0.47% from the previous year. In 2020
Indonesia's tax ratio decreased drastically to 8.33% due to the Covid-19
pandemic which hampered economic activity so that among Asian and Pacific
countries, Indonesia's tax ratio was only higher than Bhutan and Laos (OECD,
2022). Indonesia's tax ratio then increases in 2021 in line with the economic
recovery of 9.11%.
Tax
avoidance measures are carried out because of different interests on the part
of the government and the companies, where the government needs to increase
state revenues through large tax revenues while the companies want taxes to be
as minimal as possible because taxes are a burden that reduces profits (Wang
et al., 2020). In contrast to tax evasion which is an illegal act, tax
avoidance is carried out by exploiting loopholes in tax regulations. Tax
Avoidance encompasses behaviors that may be harmful to the state even when it
is lawful and does not break the law.
One of the Tax Avoidance cases in the energy sector is
the PT Adaro Energy Tbk case. According to the Taxing
Times for Adaro report by Global Witness, Adaro Energy has avoided or reduced
the tax payments it should have by transferring its profits to a network of
overseas companies that are tax havens. In this way, it is possible for Adaro
Energy to reduce the amount of tax by US$125 million between 2009 and 2017. In
this case, Adaro practiced Tax Avoidance by utilizing transfer pricing (Global
Witness, 2019).
Transfer pricing is typically used by businesses to
decrease their tax liability in tax evasion strategies (Niskanen,J.2021).
Multinational companies are starting to take advantage of transfer pricing
practices in line with the development of the international economy (Sebele-Mpofu et al., 2021). Companies will be able to
transfer their earnings to connected corporations in tax havens thanks to
transfer pricing.
Sales have a strategic influence on the company since
they must be supported by assets or, if sales are boosted, other assets must be
added (Mahfudz et al., 2021). Looking at sales from
the prior year might help businesses appropriately maximize their current resources.
Sales growth is crucial to the management of work assets. As sales increase and
earnings rise, businesses will often adopt more sustainable business practices
Tax Evasion.
The percentage of fixed assets that contain posts for
businesses to add expenses, specifically the depreciation expense incurred by
fixed assets as a deduction from income, is known as fixed asset intensity (Owusu, et.al.
2022). If the fixed assets are greater, the profit generated will be
smaller because the depreciation expense contained in fixed assets can lower
profit. Fixed asset intensity, according to (Owusu, et.al. 2022). is
the proportion of fixed assets that have opportunities for enterprises to
contribute expenditures, notably the depreciation expense experienced by fixed
assets as a deduction from income (cox, 2006). Greater fixed assets will result
in fewer profits since the depreciation expenditure incurred by fixed assets
might reduce profits.
Foreign ownership is one of the reasons companies decide
to practice Tax Avoidance
Agency theory will be utilized in this study to describe
the connection that develops when there is a work contract between the
principle, who acts as the authorizer, and the agent, who acts as the
management of the business (Saw, K. & Sawyer, A. (2010).). In practice,
this will lead to differences in interests between principals and agents (Mahfudz 2021). Conflicts of interest in the field of
taxation can occur between the government and companies (Mahfudz
2021). Tax authorities representing the government acting as principals want
greater corporate taxes in order to increase tax revenues while corporate
taxpayers representing companies acting as agents want significant profits with
a minimum tax burden.
Transfer Pricing's Impact on Tax Avoidance
Based on agency theory, agents who have personal
interests will seek the maximum profit (Zalata , 2017) In manipulating
transfer pricing, companies (agents) have different interests from the
government (principal) which seeks to maximize state revenue from the taxation
sector Companies can manipulate transfer pricing by increasing the purchase
price and reducing the selling price, then the company can transfer profits to
the companies in tax havens (tax havens) corporations now have more chances to
take advantage of transfer pricing with the goal of reducing their tax
liability thanks to the position of corporations that are allowed to adopt a
concept when determining transfer prices. According to the given description,
the theory put forward:
H1:
Transfer pricing has a Positive Effect on Tax Avoidance
Sales Growth's Impact on Tax Avoidance
Looking at sales from the prior year might help
businesses appropriately maximize their current resources. Sales growth is
crucial to the management of work assets. Since sales growth measurement may
indicate if a company's sales growth rate is excellent or poor, it is used in
this study. Businesses may forecast how much profit will be made based on the
rate of sales growth. The agency theory, which analyzes the issues between
principals and agents that lead to disagreements over the profits earned by the
firm, is related to the theory used to explain sales growth. One of the
variables that might affect tax evasion practices is sales growth. This is
supported by research by Laksana (2021), which
demonstrates how sales growth has a big impact on CETR, a measure of tax
evasion activities. According to the given description, the theory put forward
is as follows:
H2:
Sales Growth has a positive effect on Tax Avoidance
Asset Intensity's Effect on Tax Avoidance
One of a company's features that might affect tax evasion
is asset intensity. The intensity of a company's corporate assets might reveal
how much it spends in fixed assets. Utilizing the study findings that asset
intensity has a favorable influence on tax avoidance, the ratio of a company's
asset intensity will illustrate how effective it is in producing sales, namely
the study of Salihu et al. (2015). According
to agency theory, managers who desire pay would boost business performance by
investing company funds in fixed assets and taking advantage of depreciation
expenses to reduce the tax burden on the company. The performance of the
business will rise as a result of the tax burden reduction, enabling the
manager's targeted pay to be realized. According to the given description, the
theory put forward is as follows:
H3:
Asset intensity has a positive effect on Tax Avoidance
Effect of Foreign Ownership on Tax Avoidance
Foreign ownership will often have positive effects, one
of which is increased tax income, but foreign ownership can also affect how
business policies are decided, which could result in tax evasion. The right of
foreign investors to engage in management and enjoy profit sharing increases
with the percentage of foreign investor ownership, meaning that they have a
stronger influence when deciding on corporate policies, especially those that
promote tax avoidance. In this case, an agency problem arises where investors
the foreigner (principal) is able to make the manager (agent) do what he wants
so that the personal interests he wants can be achieved According to the given
description, the theory put forward:
H4:
Foreign ownership has a positive effect on Tax Avoidance
This study is a specific type of quantitative study that
makes use of secondary research information from an annual report. A sample of companies in the energy sector that were
listed on the Indonesia Stock Exchange (IDX) between 2020 and 2022 was selected
using purposeful sampling. Descriptive statistical
tests, conventional assumptions, multiple regression analysis, and hypothesis
testing were the data analysis approaches employed.
Table
1
Research
Sample
|
Criteria |
Year |
Amount |
||
|
2020 |
2021 |
2022 |
|
|
|
energy sector company listed on the IDX |
76 |
76 |
76 |
228 |
|
Energy sector companies that do not publish an annual report |
(15) |
(10) |
(8) |
33 |
|
Energy sector companies that suffered losses |
(22) |
(17) |
(16) |
55 |
|
Energy sector companies that do not contain the data
needed in the research |
(20) |
(21) |
(20) |
61 |
|
Total Sample |
19 |
28 |
32 |
79 |
Source: idx.com, 2023
Operational Definition and Variable
Measurement
Tax Avoidance
Tax avoidance is carried out so that profits are not
reduced due to the tax burden (Wang et al., 2020). The Effective Tax Rate (ETR)
is the substitute (January & Suardikha, 2019).
![]()
Transfer Pricing
The price for transactions involving parties having a
particular relationship is known as transfer pricing. The proxies utilized are
as follows (Roslita, 2020):
![]()
Sales Growth
Sales growth, which depicts the evolution of sales
volumes from year to year, is the primary metric used to assess the company's
growth. As a result, these developments may accelerate or slow down. Net sales
for the current year period are divided by net sales for the prior year, minus
one, to calculate sales growth (Dyreng et al, 2010).
![]()
Intensity of Asset
Asset intensity reflects how much money the company spent
on fixed assets (Dharma & Noviari, 2017). The
proxy used to calculate asset intensity is as follows (Indradi,
2018):
![]()
Foreign Ownership
The definition of investing in foreign assets is the
activity of planting assets carried out by citizens, business entities and
foreign governments in the territory of the Republic of Indonesia. The formula
for calculating the foreign ownership ratio (Salihu
et al., 2015) is as follows:
![]()
|
|
Y
|
X1
|
X2
|
X3
|
Means
|
0.237245
|
0.157502
|
0.088840
|
0.473800
|
Median
|
0.249800
|
0.050600
|
0.072900
|
0.464100
|
Maximum
|
0.745400
|
0.925500
|
0.949900
|
0.882200
|
Minimum
|
0.000200
|
0.000700
|
0.46500
|
0.132500
|
Std. Dev
|
0.122946
|
0.229067
|
0.203540
|
0.171122
|
Skewness
|
0.832764
|
1.91724
|
1.480321
|
0.159958
|
Kurtosis
|
8.328498
|
6.229992
|
9.957977
|
3.537495
|
Jarque-Bera
|
61.03512
|
49.23637
|
111.9752
|
0.766190
|
Probability
|
0.0000
|
0.0000
|
0.0000
|
0.68748
|
Sum
|
11.15050
|
7.402600
|
4.175500
|
22.26860
|
Sum Sq Dev.
|
0.6953255
|
2.413702
|
1.905709
|
1.347000
|
Observations
|
79
|
79
|
79
|
79
|
Source: secondary data processed through eviews
The number of N, or the total quantity of data examined,
is 79 samples, as shown in the table of descriptive statistical test results. The
investigation into the tax evasion variable revealed the following results: The
tax avoidance variable has the following values: 0.000200 for the lowest value,
0.237245 for the highest value, and 0.122946 for the standard deviation (SD).
The results of the study on the transfer pricing variable have an average
(mean) value of 0.157502, a maximum (maximum) value of 0.925500, a lowest
(minimum) value of 0.000700, and a standard deviation (SD) of 0.229067. The
results of the study on the sales growth variable include an average (mean)
value of 0.0888840, a maximum (maximum) value of 0.949900, a minimum (minimum),
and a standard deviation of 0.203540.
Panel Data Regression Model
Common Effect Model Testing
Table 3
Common Effect Model (CEM)
|
Variables |
Coefficient |
Std. Error |
t- Statistics |
Prob. |
|
C |
0.177864 |
0.050186 |
3.544055 |
0.0010 |
|
X1 |
0.254251 |
0.071296 |
3.566633 |
0.0009 |
|
X2 |
0.087041 |
0.080312 |
1.083787 |
0.2875 |
|
X3 |
0.024490 |
0.095850 |
0.255499 |
0.7996 |
|
X4 |
0.0145868 |
0.069986 |
0.785635 |
0.3238 |
|
R-Squared |
0.250660 |
Mean dependent var |
0.237245 |
|
|
Adjusted R-Squared |
0.198381 |
SD dependent var |
0.122946 |
|
|
SE of regression |
0.110078 |
Akaikecriterion info |
-1.493996 |
|
|
Sum squaredresid |
0.521035 |
Schwarzcriteria |
-1.336537 |
|
|
Likelihood logs |
39.10892 |
Hannan-Quinncriter |
-1.493996 |
|
|
F-statistics |
4.794621 |
Durbin-Watson stat |
1.553246 |
|
|
Prob (F-statistic) |
0.115724 |
|
||
Source: secondary data processed through eviews
Fixed Effect Model Testing
Table 4
Fixed Effects Model (FEM)
|
Variables |
Coefficient |
Std. Error |
t- Statistics |
Prob. |
|
C |
0.206518 |
0.110867 |
1.86274 |
0.0712 |
|
X1 |
0.217353 |
0.083039 |
2.617475 |
0.0131 |
|
X2 |
0.109013 |
0.084114 |
1.296014 |
0.2037 |
|
X3 |
-0.027842 |
0.231018 |
-0.120519 |
0.9048 |
|
X4 |
0.181345 |
0.074624 |
1.213732 |
0.0137 |
|
Effects Specification Cross-section fixed
(dummy variables) |
||||
|
R-Squared |
0.51335 |
Mean dependent var |
0.23325 |
|
|
Adjusted R-Squared |
0.341687 |
SD dependent var |
0.12869 |
|
|
SE of regression |
0.099753 |
Akaikecriterion info |
-1.52842 |
|
|
Sum squaredresid |
0.338320 |
Schwarzcriteria |
-1.031099 |
|
|
Likelihood logs |
49.25678 |
Hannan-Quinncriter |
-1.350270 |
|
|
F-statistics |
2.98997 |
Durbin-Watson stat |
2.36214 |
|
|
Prob (F-statistic) |
0.005973 |
|
||
Source: Secondary data processed through eviews.
Testing the Random Effect Model
Table 5
Random Effects Model (BRAKE)
|
Variables |
Coefficient |
Std. Error |
t- Statistics |
Prob. |
|
C |
-0.1866782 |
0.070254 |
2.656893 |
0.0121 |
|
X1 |
-0.2331 |
0.07539 |
3.10011 |
0.00 |
|
X2 |
-0.0974 |
0.07881 |
1.23595 |
0.224 |
|
X3 |
-0.2272 |
0.063502 |
3.24414 |
0.00 |
|
X4 |
-0.3531 |
0.07248 |
1.54729 |
0.21 |
|
Effects Specification |
SD |
Rho |
||
|
Random cross-sections |
0.065591 |
0.3013 |
||
|
Idiosyncratic random |
0.099751 |
0.6946 |
||
|
Weighted Statistics |
||||
|
R-Squared |
0.235 |
Mean dependent var |
0.137837 |
|
|
Adjusted R-Squared |
0.182535 |
SD dependent var |
0.104572 |
|
|
SE of regression |
0.096116 |
Sum squared residue |
0.397242 |
|
|
F-statistics |
4.416663 |
Durbin-Watson stat |
2.029672 |
|
|
Prob (F-statistic) |
0.008357 |
|
||
|
Unweighted Statistics |
||||
|
R-squared |
0.248827 |
Mean dependent var |
0.237245 |
|
|
Sum squared residue |
0.522310 |
Durbin-Watson stat |
1.54366 |
|
Source: secondary data processed through eviews
Panel Data Regression Model Selection
Chow test
Table 6
Chow Test Table
|
Effect Test |
Statistics |
Df |
Prob. |
|
Cross-section F |
2.040243 |
(9,34) |
0.0644 |
|
Chi-square cross-sections |
20.295732 |
9 |
0.0164 |
Source: Secondary data processed through eviews.
Based on the Chi Square (0.0162) > (0.05) probability
cross-section value, the value of the Chi Square Cross-section Probability is
0.0162, in accordance with the aforementioned facts. Given that H0 is
disregarded and H1 is permitted, it can be claimed that the Fixed Effect Model
(FEM) is the most appropriate model to use when estimating panel data.
Hausman test
Table 7
Hausman Test Results
|
Test
Summary |
Chi-Sq.
Statistics |
Chi-Sq. df |
Prob. |
|
Random
cross-sections |
0.258509 |
3 |
0.9676 |
Source: Secondary data processed through eviews.
According to the table above, the probability
cross-section random value is 0.0001. Based on the likelihood that the
cross-section random is (0.9676) > (0.05). Given that H0 is rejected and H1
is accepted, it may be claimed that the Random Effect Model (REM) is the best
model to use when estimating panel data. As a result, it can be concluded from
the results of the model selection that the Random method is the most
appropriate model to use in this inquiry. Models of Effect (REM).
Lagrange multiplier test (LM test)
Table 8
LM Test Results
|
Test
Hypothesis |
|||
|
|
Cross-section |
time |
Both |
|
Breusch- Pagan |
3.160064 |
1.411910 |
4.571974 |
|
|
(0.0755) |
(0.2347) |
(0.0325) |
Source: Secondary data processed through eviews.
Since the cross-sectional value of Breusch-Pagan is less
than 0.05 and is shown as 0.0325 in Table 4.6, it can be seen that H0 is rejected
and H1 is authorized. This indicates that the results support the Random Effect
Model (REM).
Panel Data Regression Analysis
Table 9
Panel Data Regression Analysis Results
|
Variables |
Coefficient |
Std. Error |
t- Statistics |
Prob. |
|
C |
0.0186663 |
0.070256 |
2.65987 |
0.0110 |
|
X1 |
0.233743 |
0.075398 |
3.100113 |
0.0034 |
|
X2 |
0.097415 |
0.078818 |
1.235952 |
0.2232 |
|
X3 |
0.12367 |
0.135025 |
0.091598 |
0.0063 |
|
X4 |
0.212542 |
0.072432 |
2.754313 |
0.01237 |
Source: Secondary data processed through eviews.
The regression model equation between the independent
variables (Tax Avoidance) and the dependent variable (Tax Avoidance) is derived
as shown in the table above:
Y = α + β1X1 + β2X2 + β3X3+ β4X4 + e
Y = 0.186663 + 0.233743 + 0.097415 + 0.012367+0.212542 + e
Table 10
Adjusted R2 Test Results
|
R-squared |
0.235555 |
Mean dependent var |
0.135139 |
|
adjustedR-squared |
0.182222 |
SD
dependent var |
0.106609 |
|
SE of
regression |
0.096116 |
Sum
squared residue |
0.397242 |
|
F-statistics |
4.416663 |
Durbin-Watson
stat |
2.029672 |
|
Prob (F-statistic |
0.008563 |
|
|
Source: Secondary data processed through eviews.
The corrected R-squared value is 0.182222, as seen in the
table above. This shows that the variable tax avoidance may be explained by the
independent variables of transfer pricing, sales growth, and sales growth of
18.2%. While other variables not considered in the study's regression model are
responsible for 81.8% of the variation.
Simultaneous Test (Test F)
Table 11
F Test Results
|
R-squared |
0.235555 |
Mean dependent
var |
0.135139 |
|
Adjusted R squared |
0.182222 |
SD dependent var |
0.106609 |
|
SE of regression |
0.096116 |
Sum squared
residue |
0.397242 |
|
F-statistics |
4.416663 |
Durbin-Watson
stat |
2.029672 |
|
Prob (F-statistic) |
0.008563 |
|
|
Souce: secondary data processed through eviews
According to the table above, the probability value is
0.008563, and the F-statistic is 4.416663. Given that the probability value is
substantially lower (0.008563 0.05) than the value, H0 is rejected and H1 is
approved. Therefore, it may be said that the independent factors might
influence the dependent variable concurrently (together).
Partial Test (T Test)
Table 12
Partial Test Results
|
Variables |
coefficient |
std.
Error |
t-Statistics |
Prob. |
|
C |
0.01742 |
0.0702 |
2.6785 |
0.0110 |
|
X1 |
0.23374 |
0.0753 |
3.1041 |
0.0034 |
|
X2 |
0.09741 |
0.0786 |
1.2395 |
0.2232 |
|
X3 |
0.21415 |
0.0623 |
2.8653 |
0.00635 |
|
X4 |
0.07674 |
0.0646 |
1.4130 |
0.23853 |
Source: Secondary data processed through eviews.
Effect of Transfer Pricing on Tax Avoidance
The first hypothesis (H1) is accepted since the findings
of this study's testing for it indicated a significance value of 0.0034, which
is less than the 5% or 0.05 significance level. This indicates that transfer
pricing significantly affects tax evasion.
Sales Growth's Impact on Tax Avoidance
The second hypothesis (H2) was tested in this study, and
the results indicated a significance value of 0.2232 larger than the 5% or 0.05
significance threshold, which suggests that H2 is rejected since sales growth
has no discernible impact on tax evasion.
Asset
Intensity's Impact on Tax Avoidance
The second hypothesis (H3) is supported based on the
study's test results, which reveal a significance value of 0.00635 that is less
than the threshold of 5% or 0.05, indicating that there is no significant
relationship between capital intensity and tax evasion.
Foreign ownership's impact on tax evasion
Sales growth has no discernible impact on tax evasion,
according to the test findings for the second hypothesis (H2) in this study,
which reveal a significance value of 0.012367, which is less than the 5% or
0.05 significance threshold. Accordingly, H4 is rejected.
Transfer Pricing's Impact on Tax Avoidance
According to the results of this study's testing of the
first hypothesis (H1), transfer pricing has a considerable impact on tax
evasion. H1 is allowed since the significant value of 0.0034 is less than the
5% or 0.05 significance level. The findings of this study are validated by Wahyudi,et.al (2019) , who reached
the same conclusion as this study that transfer pricing has a beneficial effect
on tax evasion.
Sales Growth's Impact on Tax Avoidance
The findings of this study's second hypothesis (H2) test
showed a significance value of 0.9274 that was higher than the 5% or 0.05
significance level, which suggests that H2 is rejected since capital intensity
does not significantly affect tax evasion. This study's findings are in line
with those of Smith, D. & Richardson, G. (1999), and they demonstrate that
having a large proportion of fixed assets would not reduce the amount of tax
evasion by enterprises.
Sales growth has a significant influence on tax
avoidance, according to a research by Wang, 2020,
which implies that the more profit a company earns, and the less probable it is
to have a tax evasion policy since it can afford to pay taxes as a legal
obligation.
Asset Intensity's Impact on Tax Avoidance
Transfer pricing, sales growth, and capital intensity all
affect tax evasion simultaneously, according to the findings of this study's
simultaneous hypothesis testing. The results, specifically the Prob F-statistic
value of 0.008563, which shows that the outcome is less significant than the
threshold of 0.05, make this clear. Therefore, it can be inferred that whether
examined concurrently or simultaneously, the independent variables consisting
of transfer pricing, sales growth, and capital intensity have an impact on tax
evasion. To put it another way, the fourth hypothesis is true.
According to research by Viryatama
(2020), asset intensity significantly affects tax avoidance. Asset intensity
has to do with how much money the business spends on fixed assets. The cost of
depreciating fixed assets will rise as a company's capital intensity rises. As
a result, the company's earnings will drop, which will result in a drop in the
amount of taxes due. If a company's earnings declines, it will have a low CETR,
which means there will be more tax evasion taking place.
Oktaviana, Sunarta, and Fadillah's (2019)
finding that transfer prices have a large beneficial impact on tax evasion
supports the findings of this study, leading to the conclusion that
corporations collaborate in tax evasion. This suggests that the Company takes
use of tax evasion strategies by capitalizing on flaws in tax laws.
Foreign ownership's impact on tax evasion
Tax avoidance is negatively impacted by foreign
ownership. Alkurdi & Mardini's
(2020) study, which demonstrates that foreign ownership has a favorable impact
on tax evasion, contradicts the conclusions of this study, which were based on
testing. Companies with a foreign ownership structure will maintain a good
image of the company by not doing tax evasion and providing benefits to society
through appropriate tax payments by observing and complying with applicable
regulations. This is in accordance with the legitimacy theory that the
company's awareness that its survival depends on the community and the
surrounding environment, will make the company not cross the boundaries and
norms of society that apply. It can be concluded that high foreign ownership of
companies will reduce tax evasion. The study's results support those of Uyar,
A., (2022) who discovered that foreign ownership negatively
impacted tax evasion.
This study investigates how asset
intensity, foreign ownership, and transfer pricing affect tax evasion.
According to the test, the findings of this study show that transfer pricing
and asset intensity has
positive impacts impacts tax avoidance.� Sales Growth and Foreign ownership, have a
negative impact on tax avoidance. The limitation of this research is that it
only examines the effect of transfer pricing, foreign ownership and asset intensity
with research samples used by energy sector companies.
In order to more easily identify the
transfer pricing phenomena that businesses exploit to evade taxes, future study
might concentrate on enterprises that are linked with or have particular links
with businesses in tax havens. Growth in sales does not significantly affect
tax evasion. Tax evasion is significantly impacted by asset intensity.
In light of the limitations and
deficiencies identified in this study, the authors propose the following
recommendations. Firstly, future research endeavors should address these
constraints by broadening the sample size to include companies listed on the
Indonesia Stock Exchange (IDX) and extending the study period. Additionally,
researchers are encouraged to incorporate additional variables, such as firm
size, to comprehensively analyze the factors influencing tax evasion. Secondly,
companies contemplating going public are advised to exercise greater caution in
evaluating their use of tax management and associated risks, aiming to avoid
tax administration penalties, including potential criminal consequences. It is
crucial for companies to fulfill their tax obligations responsibly and refrain
from engaging in tax avoidance practices. The cointegration
equation (long-term) estimation results underscore that changes in oil prices
and the natural logarithm of relative money supply from the previous
one-quarter period do not impact the exchange rate. Conversely, variations in
foreign exchange reserves, the natural logarithm of comparable gross domestic
product, and relative interest rates from the previous one-quarter period exhibit
a negative influence on the exchange rate.
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Copyright holder: Rio Dhani Laksana,
Intan Shaferi, İlkay Aydoğmuş (2023) |
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