The Role Of Islamic Financing In The Green Community In Attaining Sustainable Development Goals 2030


A clean environment and sustainable energy are among the Sustainable Development Goals (SDGs) that all nations need to achieve by 2030. Community well-being can be achieved when environmental issues involving greenhouse gases, global warming, thinning and ozone depletion is strengthened. Green energy exploration has contributed to the effort of sustaining the environment. Renewable energy is an alternative source of natural resources. The aim of this paper is to discuss the role of Islamic financing in enhancing the green energy initiatives in Malaysia. The study employs the doctrinal legal method of perusing legal documents and Islamic contracts. Findings of the study showed that green energy is part of the human and environmental needs that need to be preserved to continue living in this world. In addition, comprehensive legal framework plays an important role in ensuring the achievement of SDGs 2030. Accordingly, green technology is seen as a tool to help people maintain environmental sustainability. This green technology will also drive the development of the country both locally and globally. Hence, the initiative to promote green technology development must be realized through an Islamic financing scheme which helps and encourages its participants to venture into business.

Keywords: Islamic Financinggreen energyrenewable energygreen communitysustainable development goals


A clean environment run on sustainable energy are among the Sustainable Development Goals (SDGs) that all nations need to achieve by 2030. Community well-being can be achieved when environmental issues involving global warming, ozone thinning and ozone depletion is strengthened. In 1997, the Kyoto Protocol was ratified by more than 160 countries which prioritised the weakening the green house emission (Grubb, Vrolijk, & Brack, 1997). Green community relates to the implementation of low carbon city concept in attaining a sustainable environment. The concept embraces the principle of high-level energy efficiency with low carbon energy resources as well as production technologies. In other words, it enhances a pattern of consumption and behaviour that are consistent with low levels of greenhouse gas emissions in urban areas (Ho, Matsuoka, Simson, & Gomi, 2013).

As a universal religion, Islam appreciates personal and environmental cleanliness (Hassan, Salamon, & Rahman, 2016) and as such, contemporary issues of climate change and environment were addressed 1400 years ago. This is evidenced by the requirement of personal and environmental cleanliness like the practice of using clean water for daily routines from clean rivers (Huma, 2018). Hence, it is pertinent that Islamic financial institutions consider the environmental factor in the decision making process.

Problem statement

Green energy is closely related to renewable energy and technologies. Renewable energy is still in its infancy in Malaysia and involves three major sources; hydropower, solar energy and biomass energy (Renewable Energy Policy Network for the 21st Century, 2014). Taking lessons from past failures, external experience and religious views, Malaysia has developed the Feed-in Tariff System as a step towards developing renewable energy sources in Malaysia (Markom & Hassan, 2018). Without the aid of technology, humans may not be able to cooperate in preserving nature. Islam encourages the exploration of relevant knowledge to be used as a stimulant and auxiliary to deal with issues related to nature. This exploration of science will drive the rapidity of technology created to help people. This can be seen through the development of green technology instituted by the government. However, one of the challenges is to provide project funding that is environmentally and socially responsible through corporate social responsibility.

Purpose of the Study

In general, the purpose of this study is to discuss the importance of green energy to achieving community and environment sustainability. Specifically, the study explains the concept of green energy in the context of society and states. Then, it examines government policies and laws on green technologies initiatives. Finally, it analyses the potential of Islamic finance in enhancing environmental SDGs. Findings of the study addressed the issue of identifying the legal framework in place in Malaysia for furtherance of SDGs 2030 and its suitability with Islamic financing.

Research Methods

The study employs doctrinal legal method of perusing legal documents and Islamic contracts. The analysis includes National Government Policies on Energy as well as the strength and weaknesses of Malaysian Energy Efficiency Improvement program (MIEEIP), Small Renewable Energy Power Program (SREPP) and Green Technology Financing Scheme. Accordingly, Islamic contracts were examined which suit the needs of green financing that is environmentally sustainable and socially responsible.


Green Energy

Green energy and renewable energy refer to efforts to harness the energy of nature. There are various types of renewable energy sources such as biogas, biomass, small hydro power, solar photovoltaics, sea, wind and heat.

Table 1 below shows there are seven types of renewable energy criteria in Malaysia.

Table 1 -
See Full Size >

Legal Framework of Green Energy

The comprehensive legal framework plays an important role in ensuring the achievement of SDGs 2030. Various green energy policies have been enacted since 1979 to date. The New Energy Act was enacted in 2011 to illustrate that renewable energy and the incentive tariff system are important to Malaysia. This Act has encouraged many investors to invest in electricity generation due to the presence of the Tariff System which obligates Malaysia’s National Power Incorporated known as Tenaga Nasional Berhad (TNB) to buy all the electricity produced by the holders. Hence, the enactment of this Act becomes a parameter of producing renewable energy sources as well as making the Tariff System more comprehensive.

Table 2 shows the evolution of green energy policies and establishment of institutions in Malaysia since 1979 until recently.

Table 2 -
See Full Size >

Table 3 below lists the renewable energy subsidiary laws as follows:

Table 3 -
See Full Size >

Green Technology

Green technology is the catalyst for renewable energy development which began with the establishment of the National Green Technology Council and Climate Change responsible for drafting the National Green Technology Policy. This effort continues through the adoption of green technology in four main sectors - energy, building, water and waste management and transportation. In order to ensure a smooth implementation of the National Green Technology Policy, the involvement of several key institutions has been identified. These include the Ministry of Energy, Green Technology and Water (KeTTHA), the Green Foundation of Malaysia (YaHijau) and the Malaysian Green Technology Corporation (MGTC) responsible for regulating green technology implementation (Ruzian, 2018). Finally, various programs, projects and promotions have been implemented to empower green energy and technology in life.

Islamic Financing of Green Technology

Malaysia as an Islamic financial hub is moving forward to the next level of growth that is sustainable, with clear value proposition. (Bank Negara Malaysia, 2018) It is driven by long term and wider objectives including profit, people and planet. Accordingly, Islamic financing of green technology is an alternative to conventional financing. In realizing Islamic financing schemes, the fundamental principles of shariah (path to the right way and purification of soul. Shariah law is a divine law. The sources of law are al Quran, hadith, Ijma’ and Qiyas.

) must be adhered to and emphasized. According to Islamic financing principles, the contract must be consented to by both parties as well as be free from the elements of interest ( riba ), uncertainty ( gharar ), gambling ( maysir ) and other prohibited elements such as cheating (Markom & Ismail, 2009). Studies show that green financing policy involves two approaches namely the greening of internal operations of the bank and the approval of environmentally responsible financing. The former includes identifying suitable methods of applying renewable energy automation and various procedures to lessen carbon footprint. The latter indicates that in decision making of granting financing, the banks should secure their environmental risk rating to enhance the growth of green technology initiatives and projects (Julia, Rahman, & Kassim, 2016). Undoubtedly, the unique features of Islamic finance operate from the perspective of social finance which are suitable for new long-term linkages between finance, society and the environment. The integration of environmental sustainability together with social and corporate governance principles play a critical role within Islamic finance industry’s business decision making. Research has revealed that such an approach is not only profitable but essential for business financial sustainability over the long term (RFI Foundation, 2018). Research findings conclude that many green financing decisions consider environmental concerns specifically those related to climate change, carbon emissions, ozone depleting substances, nuclear power, deforestation and intensive farming (Riaz, Salma, Farukh, & Hafaz, 2017). Accordingly, the realization of Socially Responsible Investments (SRIs) as financial tools are Social Impact Bonds (SIBs) and Sustainable and Responsible Investment (SRI) sukuk (As above) (bin Syed Azman, & Ali, 2016). Both SIB and SRI sukuk are claimed to be financial models that will assist the industry to reduce the social problem of poverty as well as provide economic security for the community. The prospects of SIB and SRI in the form of green sukuk in the future are encouraging as they are motivated by a number of reasons. Among others are the intensification of the demand for energy supply, energy financing due to population growth as well as for energy funding and investment to finance the clean energy and energy efficiency projects to meet the needs of the future population (Bank Negara Malaysia, 2017). In 2017, the government of Malaysia introduced Tadau energy issued the world’s first ever green sukuk , amounting to MYR 250 million (US$ 58.4 million), the proceeds of which financed a major solar-power project in the state of Sabah. The sukuk was a joint effort between Malaysia’s securities Commission, Bank Negara Malaysia and the World Bank Group. It also saw Chinese participation in Malaysia’s sukuk market given that Tadau energy is owned by China’s Edra Power (Thomson Reuters, 2017). Figure 1 below shows the Islamic financing framework of green technology. The comprehensive framework integrates the elements of shariah and corporate governance in ensuring shariah compliant decision making. In addition, in the decision making process, consideration should be given to the impact to the environment, socially responsibility to the community and corporate social responsibility.

Figure 1: Islamic financing framework of green technology. Source: Author’s own
Islamic financing framework of green technology. Source: Author’s own
See Full Size >


In general, green energy and technology have great potential in Malaysia. This is clearly shown in various efforts and commitments shown by the government in making Malaysia a Green State. In order to further strengthen the development of green energy and green technology, it is proposed that the financial industry including banks provide Islamic-based green energy financing, create green school programs at various levels of education, set up green banks, implement green ICT in all government and private sectors and emphasize Environmental Management Accounting (EMA) in public and private sector management.


The authors wish to extend their gratitude to Universiti Kebangsaan Malaysia for awarding a research grant GGPM/2012/4 to complete the project.


  1. Bank Negara Malaysia (2018). Value-based Intermediation: Strengthening the Roles and Impact of Islamic Finance. Kuala Lumpur: Bank Negara Malaysia.
  2. Bank Negara Malaysia (2017). SRI & Green Sukuk: Challenges and Prospects. Retrieved from http: on 15 November 2018
  3. Grubb, M., Vrolijk, C., & Brack, D. (1997). The Kyoto protocol: a guide and assessment. Royal Institute of International Affairs Energy and Environmental Programme: London
  4. Hassan, N., Salamon, H., & Rahman, H. A. (2016). Sumbangan Teknologi Hijau Dalam Ketamadunan Islam. [The Role of Green Technology in Islamic Civilization], Sains Humanika, 8(3-2), 29–37.
  5. Ho, C. S., Matsuoka, Y., Simson, J., & Gomi, K. (2013). Low carbon urban development strategy in Malaysia – The case of Iskandar Malaysia development corridor. Habitat International, 37, 43-51.
  6. Huma, Z. (2018). Islam and the environment. Retrieved from
  7. Julia, T., Rahman, M. P., & Kassim, S. (2016). Shariah compliance of green banking policy in Bangladesh. Humanomics, 32(4), 390-404.
  8. Markom, R., & Hassan, N. (2018). Polisi pengurusan Tenaga Hijau [Management Policies for Green Technology]. Bangi: UKM Press.
  9. Markom, R., & Ismail, N. (2009). The Development of Islamic Banking Laws in Malaysia: An Overview. JUUM, 9, 191-205.
  10. RFI Foundation (2018). Environmental Impact in Islamic Finance. London: RFI Foundation.
  11. Riaz Ansari, Salma Sairally, Farukh Habib, & Hafas Furqani (2017). Islamic Finance and Sustainable and Responsible Investment: An Ethical Dimension. Petaling Jaya: ISRA.
  12. Renewable Energy Policy Network for the 21st Century (REN21). (2014). Retrieved from (15 November 2018)
  13. Syed Azman, S. M. M., & Ali, E. R. A. E. (2016). Potential Role of Social Impact Bond and Socially Responsible Investment Sukuk as Financial Tools that Can Help Address Issues of Poverty and Socio-Economic Insecurity. Intellectual Discourse, Special Issue (2016), 343–364.
  14. Thomson Reuters (2017). ICD-THOMSON REUTERS Islamic Finance Development Report. Retrieved from

Copyright information

This article is distributed under the terms of the Creative Commons Attribution 4.0 International License (, which permits unrestricted use, distribution, and reproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons license, and indicate if changes were made.

About this article

Cite this paper as:

Click here to view the available options for cite this article.


Future Academy

First Online




Online ISSN