Nusa Penida: From Natural Beauty to Energy Independence

Alvin Putra Sisdwinugraha, Analis Sistem Ketenagalistrikan dan Energi Terbarukan

Jakarta, March 28, 2024 – Nusa Penida, a beautiful island in the southeast of Bali, Indonesia, is undergoing extensive transformation to adopt renewable energy sources. With its stunning natural beauty, Nusa Penida will transform into an island that relies entirely on renewable energy sources. Given the challenges posed by global climate change, it is crucial to take measures to reduce carbon emissions and promote environmental sustainability.

Alvin Putra Sisdwinugraha, an Electricity System and Renewable Energy Analyst at the Institute for Essential Services Reform (IESR), has explained that Nusa Penida was selected as an island with 100% renewable energy for three primary reasons. Firstly, the island has an abundance of renewable energy potential. Secondly, its geographical location is separated from mainland Bali. And thirdly, the development of green tourism provides economic potential.

“To achieve 100% renewable energy in Nusa Penida, three stages of implementation can be carried out over the next six years (starting from 2024). The first stage, from 2024 to 2027, will focus on maximizing the potential of rooftop power plants (PLTS) to reduce diesel consumption during the day. Currently, the Nusa Penida electricity system is still reliant on diesel power plants (PLTD), which will be gradually phased out as the implementation progresses,” said Alvin in the X Space entitled Towards Nusa Penida 100% Renewable Energy. 

The second phase, continued Alvin, began to place PLTD as a backup plan in 2027-2029 and explore other renewable energy sources, such as biomass. According to Alvin, Gamal plants in Nusa Penida can become a source of biomass power plants (PLTBm). The final stage will focus on optimizing other renewable energy plants like biodiesel and ocean currents and building pumped hydro energy storage in 2029-2030.

“It is possible to create an island that runs entirely on renewable energy sources, and this can be achieved through a step-by-step process. For instance, we can start with small-scale projects such as Nusa Penida Island by 2030. We also encourage the decarbonization of Bali’s electricity system to make Bali a sustainable and eco-friendly destination for all,” Alvin said. 

Ida Ayu Dwi Giriantari, the Center of Excellence Community Based Renewable Energy (CORE) Chairperson at Udayana University, mentioned that Nusa Penida was previously known for seaweed farming before its development as a tourist destination. The Ministry of Marine Affairs and Fisheries (KKP) has designated a seaweed cultivation zone covering approximately 464 hectares, and this area can produce up to nine kiloliters of seaweed daily. However, out of the 20,000 hectares of land or water suitable for seaweed planting, only 70 hectares are currently in use.

“Nusa Penida, a community that was once focused on traditional industries, has shifted its economic orientation to the tourism sector. Seaweed has emerged as a promising source of bioenergy, including biogas, bioethanol, and biodiesel. To fully utilize this potential, proper management of seaweed farming is necessary. Seaweed farmers in Nusa Penida must be aware of the renewable energy potential of seaweed and take appropriate steps to manage their farms effectively,” said Ida Ayu. 

In reflecting on the impacts of the COVID-19 pandemic, Ida Ayu mentioned that many destinations within the tourism industry suffered significant losses. As such, there has been a growing need for sustainable economic resilience, and one viable option is cultivating seaweed. Currently, there are several conditions where the harvested seaweed, for example, has only been processed into laundry soap, bath soap, crackers, drinks, and so on. Even more, farmers sell it directly after harvest.

“When people realize the economic value that can be gained from seaweed farming, it is more likely to be adopted. Besides seaweed, Jatropha curcas also has the potential to be used as an energy source. Based on my research, approximately 20% of the total 4,000 hectares of land on Nusa Penida Island can be utilized for growing Jatropha curcas,” said Ida Ayu. 

Ida Ayu provided a pertinent example wherein a 25% allotment of land, approximately 1,000 hectares, dedicated to Jatropha cultivation can yield a biodiesel output between 540-680 liters per hectare. Jatropha is a shrub-like plant found in tropical regions. Its seeds contain oil, which can be processed into biodiesel.

 

Download Potential Mapping Presentation for Nusa Penida 100% Renewable Energy

Realizing Bali Net Zero Starts with 100 Percent Renewable Energy in Nusa Penida by 2030

press release

Nusa Penida, March 6, 2024 – The energy transition agenda in Bali Province will be one of the main axes to achieve Bali’s target for net zero emission (NZE) by 2045. The Bali Provincial Government is collaborating with various parties, such as the Bali Net Zero Emission Coalition, which includes the Institute for Essential Services Reform (IESR), WRI Indonesia, New Energy Nexus Indonesia, and CAST Foundation. One of the initiatives taken to achieve this goal is to transition from fossil energy to 100% renewable energy in Nusa Penida by 2030.

Nusa Penida is an island located south of Bali Province, belonging to the Klungkung Regency. The demand for energy is projected to grow with the increase in tourism in Nusa Penida. The energy requirements of Nusa Penida are met by diesel and solar power plants, with a total capacity of 17.06 MW and more than 21 thousand customers. The solar power plants, with batteries of 1.8 MWh, have a capacity of 3.5 MW. Using renewable energy in the form of solar power plants has raised the ratio of renewable energy in the energy mix to nearly 26 percent.

During a speech by the Governor of Bali, S. M. Mahendra Jaya, which was delivered by I Dewa Gede Mahendra Putra, Assistant 1 Government and Welfare of the Regional Secretary of Bali Province, mentioned that the development of renewable energy should be aligned with the economic road map. This alignment will help create a green economy that can flourish in Nusa Penida and Bali.

“The government of Bali is committed to supporting the development of a renewable energy ecosystem that offers various opportunities for green employment, promotes moral and spiritual values in society, and works in synergy with various policies. This ensures that the 2045 Net Zero Emissions (NZE) target is achieved, starting with Nusa Penida. The Bali government always supports the development of a renewable energy ecosystem that provides a variety of opportunities for green labor, raising moral and spiritual values in society and synergy with various policies issued so that the 2045 NZE target can be realized, starting from Nusa Penida,” said I Dewa Gede Mahendra Putra at the launch of the Nusa Penida 100 Percent Renewable Energy Roadmap report organized by IESR in collaboration with the Bali Provincial Government.

To achieve a 100% renewable energy mix by 2030, IESR and Udayana University’s CORE have finalized the Nusa Penida renewable energy roadmap.

Fabby Tumiwa, the Executive Director of IESR, stated that since the renewable energy mix in Nusa Penida has already reached 24 percent, the island only needs to aim for an additional 76 percent by 2030, taking into account the rise in electricity demand, reliability, and production costs.

“To achieve 100 percent renewable energy in Nusa Penida by 2030, three stages need to be completed. Stage one will occur from 2024 to 2027, during which PLTD will be replaced with rooftop solar PV during the day. In stage two, from 2027 to 2029, PLTD will be used as a backup generator, while other renewable energy sources, such as biodiesel and ocean currents, will be optimized. Finally, during stage three in 2029-2030, pumped hydro energy storage will be built to complete the transition to 100 percent renewable energy., “said Fabby.

Alvin Putra Sisdwinugraha, a renewable energy analyst at IESR, stated that solar PV is crucial in increasing Nusa Penida’s renewable energy mix. It has a more significant technical potential and cost-competitiveness than other renewable energy plants, with a capacity of up to 3.2 GW.

“Encouraging the use of rooftop solar panels in Nusa Penida can reduce generation costs borne by system operators. This is because the higher the penetration of rooftop solar panels, the lower the costs. The potential savings can reach up to 7.3 percent, which exceeds the integration costs incurred by the operator. Therefore, it’s beneficial to promote the use of rooftop solar panels,” Alvin explained.

 

According to him, to overcome the problem of variability by renewable energy power plants in Nusa Penida, there are several systems and technologies that can be used, such as power conversion systems, energy management systems, and energy storage systems.

Technical research on renewable energy sources is necessary to advance the Nusa Penida 100% renewable energy roadmap. The roadmap must align with regional development, energy planning, and PLN’s RUPTL. Additionally, adopting rooftop solar power plants in the commercial sector should be encouraged, and social and economic impact studies should be conducted. These measures will enable Nusa Penida to increase its investment in renewable energy.

Ida Ayu Dwi Giriantari, who is the Chairperson of CORE Udayana University, has expressed the importance of answering existing challenges, such as unoptimized and inconsistent regulations, limited investment, underdeveloped human resources, imported technology, and limited accessibility and infrastructure due to the location of Nusa Penida, for the successful implementation of the road map. 

Welcoming Nusa Penida’s roadmap of 100 percent renewable energy, Luh Ketut Ari Citrawati, Assistant for Economy and Development of the Klungkung Regency Government, stated that the Klungkung Regency government has made the concept of sustainable tourism one of its development priorities, including the establishment of Solar PV development areas in the Spatial and Regional Plan of Klungkung Regency.

 

Download Potential Mapping Presentation for Nusa Penida 100% Renewable Energy

Bali NZE 2045: Bali’s Commitment for Sustainable Electricity

press release

Bali, August 28, 2023 – The Institute for Essential Services Reform encourages and supports the commitment of the Provincial Government of Bali to achieving the Bali Net Zero Emissions 2045 initiative. As a crucial part of this initiative, the electricity sector in Bali is being decarbonized, which is a strategic step towards achieving Bali’s carbon-neutral goal. This step will significantly reduce the carbon footprint and help preserve Bali’s natural beauty, which is increasingly vulnerable to the effects of climate change.

“Bali currently embraces an environmentally conscious low-carbon development plan strategy rooted in the Balinese principle of nangun sat kerthi loka complemented by various regulations that advocate decarbonization. Notably, the Bali Governor’s Regulation on Clean Energy and Battery-Based Electric Motorized Vehicles underscores this commitment. It serves as a cornerstone for Bali to manifest the NZE 2045 vision, fortified by collaborative support. The decarbonization of the electricity sector emerges as a critical facet, considering that the prime contributor to emissions in Bali comes from the energy sector, including electricity,” explained Marlistya Citraningrum, Program Manager for Sustainable Energy Access on Bali Job Fair and Education Expo organized by Department of Manpower and Department of Energy and Mineral Resources of the province of Bali. . 

On the same occasion, a special workshop was also held to garner multi-stakeholder support in achieving Bali NZE 2045. On the inaugural day of the seminar unveiled design for low-carbon regional development and a road map for decarbonizing the Bali electricity system, the second and third days of the workshop focused on preparing reliable resources and sustainable financing for Bali NZE 2045.

“To move towards decarbonization of the electricity sector, there are several strategies that have been actively propelled by IESR, including mapping the technical potential of rooftop solar power plants for government buildings, public facilities, hotels, restaurants and other business entities. The landscape further involves identifying innovative financing schemes for the adoption of renewable energy, market analysis to understand the behavior of potential rooftop solar PV users, including motivation and purchase choices, and analysis of hosting capacity to determine system reliability with large-scale and dispersed penetration of renewable energy,” said Marlistya Citraningrum.

IESR, which has been actively collaborating with the Provincial Government of Bali since 2019, has recorded that the technical potential for renewable energy in Bali is relatively large, reaching 143 GW, including the technical potential for solar PV installed on land of 26 GWp (20% potential) which can be developed with pumped hydroelectric power storage ( pump hydro energy storage, PHES) with a possibility of around 5.8 GWh. Furthermore, in collaborative endeavor, IESR and Udayana University’s Center of Excellence for Community-Based Renewable Energy (CORE)  have identified additional renewable energy potential on Nusa Penida, such as solar, biomass, wind, and biodiesel (CPO, jatropha, seaweed). There are also energy storage possibilities like batteries and pumped-hydro energy storage (seawater). Currently, IESR is partnering with CORE Udayana University for a case study on Nusa Penida towards securing its energy needs with a 100% renewable energy goal. At present, 30% of the energy sources in Nusa Penida come from renewable energy, mainly solar PV with batteries.

Previously, the Provincial Government of Bali had declared the Bali Action Plan Towards Bali Net Zero Emissions 2045, which was supported by the main partners of the Institute for Essential Services Reform (IESR), World Resources Institute (WRI) Indonesia, New Energy Nexus Indonesia. The event was also attended by supporting partners from global and national philanthropic institutions, namely Bloomberg Philanthropies, IKEA Foundation, Sequoia Climate Foundation, ClimateWorks Foundation, Tara Climate Foundation, and Viriya ENB.

About Institute for Essential Services Reform

The Institute for Essential Service Reform (IESR) is a think tank organization that actively promotes and strives for the fulfillment of Indonesia’s energy needs, upholding the principles of justice in natural resource utilization and ecological sustainability. IESR engages in activities such as conducting analysis and research, advocating for public policies, launching campaigns on specific topics, and collaborating with diverse organizations and institutions.

About Bali Net Zero Emission 2045

The Bali Net Zero Emissions 2045 Initiative consists of various efforts aimed at low carbon development in Bali through the transition to renewable energy, electric mobility, and climate entrepreneurship, all geared towards achieving Bali Net Zero Emissions by 2045. This initiative encourages collaborative action and work cooperation between the Provincial Government of Bali, various partners, communities, and stakeholders in Bali to accelerate the adoption of clean energy and encourage the active participation of the Balinese people in the low carbon development agenda. The parties involved include international institutions, non-profit organizations, independent research institutions, the private sector, entrepreneurship and start-up businesses, academic institutions, associations, and local communities. The main partners of this initiative are the Institute for Essential Services Reform (IESR), World Resources Institute (WRI) Indonesia, and New Energy Nexus Indonesia.

Declare Bali Net Zero Emission 2045: Bali Government Targets 100 Percent Renewable Energy in Nusa Penida before 2030

press release

Bali, August 4, 2023 – A significant increase in the renewable energy mix is ​​needed to achieve the 2045 Bali Net Zero Emissions (NZE) ambition, 15 years ahead of Indonesia’s carbon-neutral target. In addition, using renewable energy and sustainable principles will create a positive image for economic activity and tourism.

Ida Bagus Setiawan, the Head of  Bali Labour, Energy, and Mineral Resources Agency in Bali Province, explained in a meeting titled ‘Towards Bali Net Zero Emission 2045’ held in Jayashaba, Denpasar, Bali, that the energy sector is responsible for 57% of total emissions in Bali. He added that the local government aims to reduce these emissions by achieving 100% renewable energy in Nusa Penida by 2030.

“Nusa Penida was pushed earlier to achieve net zero emissions compared to mainland Bali, one of which is because it is isolated from an electricity perspective,” said Ida Bagus.

The Institute for Essential Services Reform (IESR), which has been actively working with the Provincial Government of Bali since 2019, has recorded that the technical potential for renewable energy in Bali is relatively large, reaching 143 GW, including the technical potential for PLTS installed on land of 26 GWp and pumped hydroelectric power (PHES) of 5.8 GWh. Fabby Tumiwa, Executive Director of IESR, on the same occasion, mentioned that his party projects that in the next few years, the population of Nusa Penida, which will number around 62 thousand in 2022, will increase, as well as the growing tourism sector will increase demand for energy, including electricity. This can be met with renewable energy.

“The existence of large renewable energy potential and available renewable energy generation technology, manageable electricity demand, and relatively equal patterns of electricity load between day and night, as well as the support of PLN, make me highly confident that the electricity system is 100% renewable energy based. In Nusa Penida can be realized before 2030,” said Fabby.

Alluding to the condition of Nusa Penida, where currently one of the electricity needs is supplied from 7 units of Diesel Power Plants (PLTD) with a total capacity of 10 MW, Fabby said that replacing PLTD with renewable energy was a challenge in itself.

“The challenge is to replace the 10 MW PLTD, which is currently operating, within 2-3 years and improve the performance of solar PV Suana to be more optimal in the coming year. IESR has also conducted technical studies, and the study results show that technically and economically, a 100% renewable energy electricity system can be carried out in Nusa Penida,” he said.

Prof. Ida Ayu Dwi Giriantari, Head of the Center of Excellent Community-Based Renewable Energy (CORE), said the results of her study measured the potential for rooftop solar PV in Nusa Penida government buildings to reach 10.9 MW. In addition, she mentioned that large-scale solar PV has the potential to be utilized in Nusa Penida. According to her, the problem of land for installing large-scale PLTS is resolved with sufficient land in Nusa Penida.

“Solar PV in Suana, with a capacity of 3.5 MW, uses a land area of ​​4.5 hectares. Meanwhile, in Nusa Penida, there is potential for 10 thousand hectares of land for large-scale solar PV,” she explained.

The Provincial Government of Bali declared the Bali Action Plan Towards Bali Net Zero Emissions 2045, supported by the main partners of the Institute for Essential Services Reform (IESR), World Resources Institute (WRI) Indonesia, and New Energy Nexus Indonesia. The event was also attended by supporting partners from global and national philanthropic institutions, namely Bloomberg Philanthropies, IKEA Foundation, Sequoia Climate Foundation, ClimateWorks Foundation, Tara Climate Foundation, and Viriya ENB.

About Bali Net Zero Emission 2045

The Bali Net Zero Emissions 2045 Initiative consists of various efforts aimed at low carbon development in Bali through the transition to renewable energy, electric mobility, and climate entrepreneurship, all geared towards achieving Bali Net Zero Emissions by 2045. This initiative encourages collaborative action and work cooperation between the Provincial Government of Bali, various partners, communities, and stakeholders in Bali to accelerate the adoption of clean energy and encourage the active participation of the Balinese people in the low carbon development agenda. The parties involved include international institutions, non-profit organizations, independent research institutions, the private sector, entrepreneurship and start-up businesses, academic institutions, associations, and local communities. The main partners of this initiative are the Institute for Essential Services Reform (IESR), World Resources Institute (WRI) Indonesia, and New Energy Nexus Indonesia.

Significant Roles of Subnational Governments to Lead the Decentralization of Energy Transition

press release

Bali, 30 August 2022–The post-pandemic economic recovery by staying focused on making ambitious climate mitigation efforts through low-carbon development is a step that needs to be taken by local governments. The success of low-carbon development is also inseparable from planning for a just energy transition. The commitment of various parties, including local governments and communities to promoting the energy transition, is crucial considering that decentralization of the energy transition will have multiple impacts.

The Governor of Central Java, Ganjar Pranowo, said that through the Central Java Energy and Mineral Resources Office, he was actively pushing for energy transition efforts in his region. Energy transition policy instruments such as governor’s circular letters, regional secretaries, and various initiatives such as the declaration of Central Java to become a solar province in 2019, are ways to attract the private sector and the public to utilize renewable energy through the adoption of rooftop solar. Until Q2 2022, the total installed PLTS capacity in Central Java Province reached 22 MWp. The Central Java Provincial Government also supports the use of other renewable energy that is abundantly available, such as livestock manure biogas and micro hydro power plant(MHP), with government programs or encouraging community collaboration.

“Asymmetric decentralization by inclusion with (treatment-red) specifically in every location. With collective awareness, the potential for renewable energy in the area is checked and stimulated,” said Ganjar. This, according to Ganjar, will encourage a faster transformation.

Central Java’s climate commitment is also shown by starting to use electric vehicles as provincial government official vehicles.

Togap Simangunsong, Expert Staff of the Minister of Home Affairs for Social Affairs and Inter-Institutional Relations, Ministry of Home Affairs appreciated the good practices carried out by the Central Java Provincial government. He said that his party and the Ministry of Energy and Mineral Resources are currently drafting a Presidential Regulation that strengthens the authority of regional/provincial governments in the administration of government affairs in the field of energy, mineral resources, and sub-sector of new and renewable energy.

“Through this, it is hoped that local governments can provide support in efforts to achieve the target of the new renewable energy mix as an effort to reduce greenhouse gas emissions so that local government commitments are made to accelerate energy justice following their authority,” said Togap representing the Minister of Home Affairs, Tito Karnavian in a webinar entitled “Energy Transitional Decentralization: Increasing the role of communities and local government” organized by the Institute for Essential Services Reform (IESR) and the Central Java Provincial Government.

In addition, Chrisnawan Anditya, Head of the Planning Bureau, Ministry of Energy and Mineral Resources said that the utilization of renewable energy potential will open up opportunities in building a green national economy and as an effort to recover the economy after the pandemic under the G20 Presidency’s theme, “Recover Together, Recover Stronger”.

“Each region has a special new renewable energy potential that can be used to improve the welfare of local communities. The difference in the potential for new and renewable energy between regions is a technical challenge, as well as a great opportunity for our energy system. This condition allows the sharing of energy based on new and renewable energy when the area experiences energy abundance or scarcity. For this to happen, an integrated electric power system (smart grid and super grid) is needed,” explained Chrisnawan on the same occasion.

Furthermore, strong leadership at the regional level will be able to mobilize the community to make the cooperation of energy transition. This was stated by Fabby Tumiwa, Executive Director of IESR. He said the initiative and leadership of the local government will be able to answer the problem of access and security of energy supply by utilizing the abundant renewable energy potential in the area.

“Indonesia’s energy transition requires the construction of hundreds or even thousands of gigawatts, renewable energy generation, transmission and distribution infrastructure and energy storage systems. But by starting to divide it into small units, the big problems can be more easily solved and carried out by more parties,” said Fabby.

He added, based on the IESR study, that the decarbonization of the energy system in Indonesia will cost USD 1.3 trillion by 2050, with an average investment requirement of USD 30-50 billion per year. This amount is 150%-200% of the current total investment in the entire energy sector.

“This investment need is costly and cannot be borne solely by the government and SOEs. But this large investment can be met if we take into account the potential of the contribution and innovation power of the community as well as the capabilities of local governments. Citizens’ contributions and innovations can mobilize funding from the government, local government and village governments, as well as funding from the private sector and non-governmental institutions,” he added.

Bali is the first province in Indonesia to have a special governor regulation for clean energy and electric vehicles. In the Governor’s Regulation on Bali Clean Energy, the Governor of Bali encourages the use of renewable energy for various sectors, especially rooftop solar power plants. This effort is carried out to realize the vision of low carbon development in Bali and concrete steps for sustainable tourism.

“Due to the pandemic, Bali’s tourism has stumbled, after the pandemic, Bali has started to rise. Several tips have been implemented, such as the governor’s regulations and circulars regarding the adoption of rooftop solar power plants. Actually, the main target is tourism, but first, do a pilot in the government,” said Ida Ayu, Expert Staff to the Governor of Bali.

The plans and steps for achieving renewable energy targets in the Regional Energy General Plan (RUED) are also carried out by the Jambi Provincial government. The Governor of Jambi, Al Haris, through the Deputy Governor of Jambi, Abdullah Sani, emphasized his commitment to work together with the central and private parties to develop regional energy transitions because the resources they have are very sufficient, only to use and transform natural resources into energy that can be enjoyed by the Jambi community in particular.

The Jambi Provincial Government through the Department of Energy and Mineral Resources has also collaborated with IESR for the implementation of RUED and energy conservation efforts within the local government. Currently, the Governor of Jambi is in the process of issuing a governor regulation for the use of PV mini-grid as a substitute for energy subsidies.

Energy Transition: From, By, and For the Society

Denpasar, August 11th, 2022 – The involvement of the wider community has a very important role in realizing the energy transition agenda. One of the initial steps is to provide a forum for sharing knowledge and discussion. In contrast to formal discussions targeting stakeholders, discussions with an informal, light, and entertaining format for the community are believed to be more effective. This is expected to be a comfortable space for the public to express their opinions openly.

Based on this understanding, the Clean, Affordable, and Secure Energy for Southeast Asia (CASE) project in Indonesia held an activity entitled “The Role of Public Participation in Energy Transition” which was carried out in Denpasar with representatives of civil society organizations, youth groups, and students in Bali. In this activity, CASE seeks to provide a forum for discussion as well as exchanging ideas and knowledge related to the topic of energy transition in Indonesia, especially in the context of Bali.

To facilitate the Balinese people in understanding the context of the energy transition, CASE Indonesia also presented various local expert speakers who explained various aspects of the energy transition and its relation to the people in Bali. For example, how renewable energy can be utilized, accessed, and have a positive impact on various levels of society in Bali.

Various policies to realize the energy transition has been issued in Indonesia. Especially in Bali, the Provincial Government of Bali has shown a positive response and supports the energy transition with clean energy policies which are expected to support the economic development of the Balinese people. However, these various policies will not be of much use if the community does not take part in the success of the plan.

“All the involvement of various community groups in Bali is important so that the energy transition becomes doable and not only in the form of policies on paper,” said Ida Ayu Dwi Giriantari from the Center of Excellence Community Based Renewable Energy – Udayana University.

People in Bali depend on the tourism sector for their livelihoods to support their economy. CASE seeks to introduce real examples of tourism business units owned by indigenous Balinese people who have utilized renewable energy so that people can witness the impact of renewable energy in a business at the community level.

Present on this occasion, Putu Swantara Putra, often called Bli Klick, an architect and entrepreneur in the hospitality sector in Bali, tells his experience using renewable energy.

“There is nothing to lose in utilizing renewable energy (rooftop solar panels), with the various financing schemes that exist now, for us entrepreneurs, it feels the same as paying for PLN electricity. Imagine, the difference is that I have made a difference and are more environmentally friendly, even more so in a few years the tools are mine and I can use them for free.”

Similar to Bli Klick’s statement, Dayu Maharatni from the Amoghassiddhi Cooperative said that the potential for financing rooftop solar power plants is interesting to observe. The Amoghassiddhi Cooperative is a community-based cooperative financing institution that provides a financing scheme for installing solar panels for its members.

“There is already a regulation that regulates us, the cooperatives, to provide an interest rate of no more than 1%. With this, we hope that more of our cooperative members are interested in developing their businesses with renewable energy. In our cooperatives, energy credit financing is only 2.4% compared to other types of financing. This means that there is still a lot of development potential (for renewable energy financing) for our members.”

Dayu invites the public to understand that currently the potential for developing renewable energy is still very wide and has many benefits for the people in Bali. Furthermore, not only from the point of view of climate change mitigation but the development of renewable energy is also considered to have potential as a career choice (green jobs) and the community’s economy in the future.

“Later on, the human resources needed in the development of renewable energy will be needed in every business process, for example, researchers, planners, operators, evaluators, and so on. Based on this data, if it is developed according to the development map, the Government estimates that by 2050, at least thousands of workers will be absorbed in this renewable energy sector,” said I Gusti Ngurah Agung Dwijaya Saputra from the Bali State Polytechnic closing the presentation session.