Road to Youth Climate Conference Webinar: Climate Change, Industry and Lifestyle

Tayangan Tunda

Background

The impacts of climate change have become a serious threat to the lives of children and youth. A study conducted by Save the Children in 2020 found that children born in 2020 experienced disasters 3.4 times more frequently than their grandparents born in 1960. The disasters involved climate change, such as heatwaves, droughts, forest fires, floods, and crop failures, putting additional pressure on the environment necessary for children’s growth and protection. Another study conducted by UNICEF highlighted that climate change is the biggest threat to children’s health, nutrition, education, and future.

On the other hand, the development of the industrial sector in recent decades has changed people’s lifestyles in many ways. From electronic goods to daily clothing. Unfortunately, environmentally unsound production and consumption activities often have adverse impacts on climate change. For example, the overuse of natural resources, deforestation due to industrial activities, and the development of fast fashion trends that encourage unsustainable consumption. In fact, the industrial sector alone accounts for 25% of global carbon emissions (UNEP, 2023). Therefore, it is necessary to make changes in mindset and daily behavior, especially for the younger generation, to reduce and mitigate the impact of climate change on the industrial sector and lifestyle.

This webinar aims to dig deeper into how climate change is caused by industry and the lifestyles of the general public, including those of young people. Through in-depth discussions, a better understanding of the challenges and opportunities faced by young people in the context of climate change is expected. In addition, this webinar is also geared towards formulating solutions and concrete actions that can be taken by young people in building sustainable lifestyles and formulating innovations in industry to reduce negative impacts on the environment.

Objective

  • Discuss the impact of climate change on the industrial and lifestyle sectors.
  • Discuss the role of young people in mitigating the impacts of climate change on their lifestyle.

Presentasi

 

Peran Anak Muda dalam Mendorong Arah Perkembangan Industri Indonesia yang Berkelanjutan – Faricha Hidayati

Peran-Anak-Muda-dalam-Mendorong-Arah-Perkembangan-Industri-Indonesia-yang-Berkelanjutan-Faricha-Hidayati

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Kata Data | Civil Society Coalition: 3 Rules Set Back Energy Transition Commitments

Program Manager of Energy Transformation, Institute for Essential Services Reform (IESR), Deon Arinaldo said that the draft KEN RPP makes Indonesia only reach peak emissions in 2035. This is seven to ten years later than the need to limit the global average temperature rise to below 1.5°C according to the Intergovernmental Panel on Climate Change (IPCC) report.

Read more on Kata Data.

Navigating Water Illuminates the Plains of Sriwijaya

Palembang, February 27, 2024 – The Jelajah Energi South Sumatra group was welcomed by the thunderous sound of the fast-flowing Endikat River and the cloudy weather upon their arrival at Muara Endikat, also known as the mouth of the Cawang River, in Singapore Village, Kota Agung District, Lahat Regency, South Sumatra. This region is known for its breathtaking natural beauty and has significant potential to provide electrical energy for the local population.

Located about a 1 to 1.5-hour drive away from Pagar Alam City, the Jelajah Energi South Sumatra group reached PLTMH Green Lahat. This Mini Hydro Power Plant (MHP) has been operational since 2015 and has an electrical energy production capacity of 3×3.3 Megawatts (MW), making its total capacity 9.9 MW.

“7 MW of the total energy produced is allocated to meet the electricity needs of Pagar Alam City, while the remaining 30% is distributed to Lahat Regency,” said Kastiono, plant manager of Green Lahat MHP. 

Next to MHP Green Lahat, MHP Endikat (both under the parent company PT Manggala Gita Karya) has also been built with a 3 x 2.67 MW capacity, which will be operational in 2022. The two independent power producers (IPPs) utilize the flow of the Endikat River to produce electrical energy that is sold to PLN and used later by the community.

Kastiono explained that before the construction of the MHP, the residents residing around the power plant in Pagar Alam City and Lahat Regency used to experience a drop in electricity voltage. The poor quality of electricity was influenced by various factors, including the power plant’s location being too far from the substation, which led to unstable voltage. Additionally, Kastiono admits that the electricity production from MHP Green Lahat depends on the conditions around the river upstream.

“The most crucial aspect is the greening of the upstream. Everything must be controlled, and there should be no illegal logging. However, the responsibility of maintaining forest cover in the watershed also involves other agencies,” he said.

Rizqi Mahfud Prasetyo, Project Coordinator of Sub National, Sustainable Energy Access, IESR mentioned that according to IESR’s study, Indonesia has 27.8 GW of MHP/MH potential, of which 287.7 MW is located in South Sumatra. 

“In addition to increasing the renewable energy mix in PLN’s electricity. MHP can improve the quality of energy access for people who may not have been reached by the PLN network,” Rizqi said.

Rizqi also added that the geography and topography of some of Indonesia’s contoured areas allow for the existence of river flows and river drops. River flow has the potential to be utilized as a power plant, one of which is in PLTM Green Lahat which utilizes the Endikat river flow.

The presence of MHP Green Lahat and MHP Endikat instills a sense of hope in the communities of South Sumatra by providing dependable electrical energy and bolstering the infrastructure and local economy. These micro-hydro power plants are expected to continue to offer sustainable benefits to the community and the environment in the long run.

When Geothermal Energy Illuminates the Land of Sriwijaya

Palembang, February 29, 2024 – On Thursday morning, the Jelajah Energi South Sumatra group arrived at the Geothermal Power Plant (PLTP) in Lumut Balai, Muara Enim, South Sumatra, owned by PT Pertamina Geothermal Energy Tbk (PGE), after a long and winding journey that took about 4 hours from Muara Enim City. The group was welcomed with cold weather due to the plant’s location on a hill. Despite challenging geographical conditions, PLTP Lumut Balai Unit I, located at least 2,055 meters above sea level, has become a silent witness to the wonders of geothermal energy.

Acting General Manager of PT Pertamina Geothermal Energy Tbk (PGE) Lumut Balai Area, Aris Kurniawan, explained that the company is committed to providing reliable, affordable, clean energy access to all Indonesian people. The Lumut Balai Unit 1 PLTP, which has an installed capacity of 55 MW, has been supplying electricity to around 55,000 homes in the PGE working area since 2019. Moreover, it has helped reduce greenhouse gas emissions by 300,000 tons of carbon dioxide (CO2).

“The Lumut Balai geothermal plant continues to move forward. By 2024, the target is to complete the construction of unit 2 of the Lumut Balai PLTP and proceed to the commissioning stage. Unit 2 has entered the EPCC (engineering, procurement, construction, commissioning) stage for the plant’s construction. In December 2024, it is expected to enter the commissioning phase until commercial operation (commercial on date). The project is still on track,” said Aris.

Aris stated that the Lumut Balai geothermal power plant is located in the Lumut Balai and Margabayur geothermal working areas (WKP), South Sumatra, with a mapped potential of 270 MW. With the development of the LMB Unit-2 Project, the installed capacity for the Lumut Balai Area will increase to 110 MW, equivalent to lighting 110,000 homes.

“Through our projects in Lumut Balai, we aim to mitigate climate change risks and support Indonesia in achieving 23% of the national grid mix from renewable energy sources by 2025. With a focus on innovation and efficiency, PGE is committed to reducing carbon emissions even further in the future to support Indonesia Net Zero Emission 2060,” said Aris.

Aris highlighted that, alongside the success of the energy transition through the optimization of geothermal development as a green energy source, PGE is also prepared to contribute to the carbon exchange initiative. This initiative serves as a tool that can encourage effective emission reductions and incentivize companies to participate in efforts to mitigate climate change.

“As of September 2023, PGE has contributed to the domestic carbon market by issuing 864,209 tons of CO2 equivalent (CO2eq), and this is the first geothermal carbon project on the carbon exchange,” Aris said.

Faricha Hidayati, Coordinator of the Industrial Decarbonization Project, Institute for Essential Services Reform (IESR) stated that among the geothermal working areas (WKP) established by the government, WKP Lumut Balai is one of the leading ones because it has geothermal potential of more than 300 MW, of which 55 MW has been operating since 2019 and other units are under construction and will be completed in December 2024. If this geothermal potential is properly utilized, Indonesia will be able to have 23.7 GW of clean energy and achieve net zero emissions by 2060, or sooner.

“Unfortunately, not many people are aware of this abundant potential, and many still choose energy from fossil fuels. Therefore, IESR in collaboration with the Energy and Mineral Resources Agency of South Sumatra held this Energy Tour to disseminate this information to the public. Hopefully, the Indonesian people will become wiser in using electricity and the like, and can then jointly oversee government policies in encouraging Indonesia’s energy transition to become greener and more sustainable,” Faricha explained.

Exploring Renewable Energy Utilization in the Land of Sriwijaya

Palembang, February 27, 2024 – The Institute for Essential Services Reform (IESR) and the Energy and Mineral Resources Agency (ESDM) of South Sumatra Province jointly organized an event called Jelajah Energi to explore the potential and implementation of renewable energy in the South Sumatra region. The event was held from Monday, February 26, to March 1, 2024. On the second day of Jelajah Energi, the team visited Jakabaring to observe the utilization of solar energy and PT Buyung Poetra Energi to witness the use of biomass.

Solar PV Jakabaring is a project established through a partnership between Indonesia and Japan under the Joint Crediting Mechanism (JCM)—the project aimed to fulfill the electricity requirements during the 2018 Asian Games. The total investment value for the project was USD 139 million, with most of the funds coming from private Indonesian investment and subsidies from the Japanese Government.

Ali Kartiri, the Operations Manager of PT Sumsel Energi Gemilang, is responsible for overseeing the Jakabaring solar power plant. According to Kartiri, the South Sumatra Provincial Government took the initiative to build this solar power plant. In collaboration with Sharp Japan, the project secured subsidies from the Japanese Government. These subsidies were primarily allocated for funding technology and infrastructure that supports greenhouse gas emissions reduction targets.

“The Solar PV Jakabaring has a peak electrical energy production capacity of up to 2 Megawatts (MW) when the sunlight is optimal. However, during the rainy season, the plant’s productivity is sometimes affected, and it can only absorb about 10% of the solar energy. The plant has been successfully operational since 2018 and integrated into the PLN grid, contributing renewable energy to the local community.,” Ali said.

Meanwhile, The Jelajah Energi team recently visited PT Buyung Poetra Energi (BPE), a company that established a biomass power plant (PLTBm) to preserve the environment. The plant uses rice husks as fuel to generate electricity, which was previously considered waste. Candra Priansyah, the Operations Supervisor of PT BPE, explained how this approach has turned an environmental problem into a valuable energy source.

“Waste produced during rice milling in the form of husks will be burned in a boiler to generate steam. This steam will then be transferred to a steam turbine that will power a generator. The power plant requires 4 tons of husks per hour and has a capacity of 3 MW. However, not all the chaff produced is used for the power plant. Only about 70% of the available supply is used for generating power, while the remaining 30% is used for heating and drying rice grains,” Candra said.

Candra said that all chaff waste produced by PT BPE is being utilized environmentally friendly, and none of it is being disposed of into the environment. Moreover, the electricity generated from this PLTBm is sufficient to meet the company’s operational requirements. Candra hopes this power plant can help reduce the amount of rice husk waste, particularly from factories in South Sumatra where rice husks have been thrown away or simply burned. Candra’s team has even developed a machine to compress rice husk by-products into pellets at the Subang Factory located in West Java. These pellets are then sold to cement factories as fuel.

 

During the visit, it was evident that South Sumatra is dedicated to developing renewable energy sources to tackle global environmental challenges. South Sumatra is making significant progress towards a more sustainable and eco-friendly future by working with the public and private sectors and receiving support from foreign governments.

Civil Society Coalition: New Energy Sector Rules Set Back Energy Transition Commitment

press release

Jakarta, March 8, 2024 – The Renewable Energy Movement’s Civil Society Coalition is questioning the government’s commitment to the energy transition. They consider some regulations to be disincentives for switching to renewable energy. These regulations include the Energy and Mineral Resources (ESDM) Ministerial Regulation on solar PV, the Presidential Regulation (Perpres) on carbon capture and storage, and the Draft Government Regulation (RPP) on the National Energy Policy (KEN).

The Ministry of Energy and Mineral Resources (ESDM) has recently issued Regulation No. 2 of 2024, which outlines new rules for Rooftop Solar Power Plants. Unfortunately, these changes may discourage the public from installing rooftop solar power plants, particularly in households and micro, small, and medium enterprises (MSMEs). The first change is that excess rooftop solar power production can no longer be exported to PT PLN. Therefore, it won’t be counted as a bill reduction. The second change is that the development of rooftop solar PV will follow a quota system set by PLN. In addition, there will be only two registration periods per year. The problem is that the export of electricity to the PLN grid is the attraction of rooftop solar PV. With this provision, people can pay more to install batteries. Not only that, the payback period for rooftop solar power plants will also be extended to 9-10 years. In fact, with the 100% excess electricity export provision as in the current regulation, the cost of installing rooftop solar power plants can be recovered in four to five years.

“This regulation is a setback because it will reduce public participation in installing rooftop solar power plants. Not only does it hinder household consumers, but this new regulation also makes it difficult for industries that want to install rooftop solar power plants. This means that the new regulation shows that the government is getting further away from its commitment to energy transition,” said Jeri Asmoro, Digital Campaigner of 350.org Indonesia.

Community enthusiasm for rooftop solar power installation in rural and urban areas is relatively high, according to Reka Maharwati, Coordinator of Enter Nusantara. For instance, the people of Sembalun Village in West Nusa Tenggara and the Al-Muharram Mosque community in Taman Tirto, Yogyakarta, have installed rooftop solar power to achieve their dream of energy independence.

“I’m sure many other communities want to install rooftop solar panels in their homes or even be empowered to work collectively in the community. The government should be able to collaborate with these enthusiasts and create new schemes more beneficial to the community,” said Reka.

Similarly, Hadi Priyanto, a Renewable Energy Campaigner of Greenpeace Indonesia, revealed that an equitable energy transition can only be realized if the community is involved. “Community participation is one of the keys to achieving the energy mix target, but various revisions to existing regulations show the government’s lack of seriousness in energy transition efforts. The principles of fairness and democratization of energy that have been echoed in the JETP program will only be a platitude without real steps to break away from fossil energy dependence,” he added. 

 

Similar to the updated regulations about rooftop solar PV, the draft RPP KEN containing a reduction in the renewable energy mix target from 23% to 17-19% in 2025 also hinders the acceleration of the energy transition. In the National Energy Council (DEN) document on the draft RPP KEN, the renewable energy mix until 2030 is targeted at 19-21% and will only increase in 2040 to 38-41%.

Deon Arinaldo, Program Manager of Energy Transformation, Institute for Essential Services Reform (IESR), explained that the draft KEN RPP only allows Indonesia to reach peak emissions in 2035, which is 7-10 years later than what is needed to limit the increase in global average temperature below 1.5°C, as recommended by the Intergovernmental Panel on Climate Change (IPCC) report. This puts the achievement of the Paris Agreement and carbon-neutral commitments by 2060 or sooner, which the government has aimed for, at risk.

The delayed peak emission in Indonesia means that the country will have to speed up its energy transition in a shorter time frame than previously anticipated, resulting in higher costs and more significant social impacts that will be difficult to mitigate. The draft policy has also affected the perspectives of various actors, including renewable energy investors and developers, regarding the government’s commitment to promoting renewable energy development.

“This also marks the reduction in primary energy mix targets in 2025 and 2030, especially the share of renewable energy such as solar and wind, which can hamper the cooperation of the energy transition. This is because renewable energy that can enable energy democratisation, such as solar energy, has a small portion. Greater support is given to large-scale projects such as fossil plants with carbon capture storage (CCS) or nuclear technology. So the draft KEN RPP does not favour energy transition with the community,” said Deon Arinaldo.

 

The plan to change KEN also contradicts Indonesia’s JETP Agreement commitment, which targets a renewable energy mix of more than 44% by 2030. It is feared that changes to KEN will impact the revision of the JETP commitment. In addition, as a large umbrella for national energy planning, the draft KEN RPP also has the potential to undermine efforts to transition to renewable energy that have been carried out in the regions.

Red Carpet for False Solutions

Not only does it disincentivize renewable energy development, but government policy encourages false solutions as an energy transition strategy. This step is fatal because it can lock Indonesia into fossil energy dependence, which leads to failure to achieve carbon neutrality.

 

In the revised KEN, for example, until 2060, the government still plans to operate fossil energy-based power plants and ‘green’ them with carbon capture and storage (CCS) technology. In addition, the government intends to operate nuclear power plants (PLTN) by 2032 and use gas fuel for transportation and households until 2060.

The government’s support for fake solutions is also shown by the issuance of Presidential Regulation No. 14 of 2024 concerning implementing Carbon Capture and Storage Activities. This regulation allows companies to inject and store carbon emissions into underground reservoirs. The IEEFA Report shows that out of 13 CCS projects with a total of 55% of the world’s capacity, seven projects performed poorly, two failed, and one stopped operations. The application of CCS technology is feared to be a greenwashing effort that perpetuates fossil energy-based power plants.

These three regulations raise questions regarding how serious the government is about encouraging renewable energy development. This is because the national renewable energy mix has always been below the target in the last five years. 

“Regulations will be a long-term legal basis to ensure that energy transition steps are carried out legally. If the legal basis is made exactly the opposite of the target stated by the government, then where is the commitment to the energy transition? If the regulations are continuously directed to continue utilising fossil energy, investors interested in doing renewable energy business will withdraw because they do not have legal certainty. Our problem is in legal certainty,” said Agung Budiono, Executive Director of the CERAH Indonesia Foundation.

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.

Webinar on the Decarbonization Opportunities of Small-to-Medium Enterprises (SMEs) in Indonesia and Lesson Learnt from Global Experience

Replay Event

Background

Indonesia is one of the largest economies in the world and continues to experience growth. Amongst other economic activities, the industrial sector as the backbone of the economy will also be expected to grow to support the realization of Indonesia Emas in 2045. Along with the growth, the expected growth of the industrial sector will contribute to the country’s total greenhouse gas emissions, which in 2021 have reached about 420 MtCO2 and are expected to double if no necessary measures are taken. Therefore, a commitment to transition towards more sustainable business and industrial practices is compulsory to control and limit the emissions to 31.89-43.2% less than the business-as-usual level in 2030, whilst ensuring the global competitiveness of Indonesia’s industry.

Small-to-medium enterprises (SMEs) hold a crucial position in Indonesia’s economy and constitute the largest share of manufacturing industries in the country. According to the Asian Development Bank, in 2019, SMEs accounted for about 99% of formal business and nearly 97% of employment in Indonesia. Locally, they also foster social development and equity, contributing to rural development, community empowerment, and poverty reduction. Despite its role in becoming the engine of economic growth locally and nationally, SMEs’ financial management and technical capacitances are often left behind to be developed compared to large businesses. Moreover, as with more relaxed regulations toward SME players, emissions from this sector are often overlooked and may unfold a higher number of emissions compared to the larger industry sector. Based on IESR’s latest study, it is found that the estimated energy-related emissions of SMEs reach 216 MtCO2 in 2023, on par with the emissions generated from industry sectors nationally.

This webinar is conducted to disseminate the latest study findings of IESR and LBNL that focus on exploring decarbonization opportunities suitable for SMEs in Indonesia. Key insights for SME players, policymakers, and financial institutions will be unfolded to unlock the untapped potential of energy efficiency and decarbonization in SMEs whilst improving their business competitiveness toward the current market change. Moreover, global experience on SME decarbonization will be shared to showcase the best practices that are already implemented in China, the United States, and other significant economies in the world hence providing a best reference for retrofitting for Indonesia’s SME landscape. The webinar will be held online via Zoom and streamed on IESR’s YouTube channel. It is expected that the webinar will provide valuable insights and spark innovative initiatives amongst all stakeholders in Indonesia to start the decarbonization journey for SMEs.

Objective 

 

There are several objectives of this workshop:

  1. Disseminate and share information on Indonesia’s Small-to-Medium Enterprises (SME) landscape on its economics, energy, and waste management,
  2. Receive feedback from the SME decarbonization recommendation from relevant key stakeholders,
  3. Discuss essential and actionable steps required to implement the decarbonization initiatives for Indonesia’s SMEs, and 
  4. Discuss challenges and opportunities, and initiate collaborations to promote decarbonization and sustainable growth in selected SMEs in Indonesia.

Presentation

Exploring Decarbonization Opportunities in Indonesia’s Small-to-Medium Enterprises (SMEs) – Abyan Hilmy Yafi

Exploring-Decarbonization-Opportunities-in-Indonesias-Small-to-Medium-Enterprises-SMEs-Abyan-Hilmy-Yafi

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Unlocking Energy Efficiency – Decarbonization Potentials in SMEs – Bo Shen

Unlocking-Energy-Efficiency-Decarbonization-Potentials-in-SMEs-Bo-Shen

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Decarbonization of Small and Medium Industries (SMIs) in Indonesia – Achmad Taufik

DECARBONIZATION-OF-SMALL-AND-MEDIUM-INDUSTRIES-SMIs-IN-INDONESIA-Achmad-Taufik

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