KPBB Logo
HomeBeritaPublikasiRilis PersGallery
Kontak kami
HomeBeritaPublikasiRilis PersGalleryKontak kami

Komite Penghapusan Bensin Bertimbel (KPBB) berbagi informasi yang bisa bantu kamu bebas dari bahaya Timbel

Company

Tentang Kami Publikasi & RisetRilis PersGalleri

Kontak

Tentang Kami

16th Floor Skyline Building, Jalan MH Thamrin #9 Jakarta 10340.

Email

infokpbb@gmail.com

Telepon

+622131906807

Mobile/WA

+6285210234441

Web

http://kpbb.org

Car Free DayKoPKAspeka

Social Media

ArrowArrowArrow

© Copyright 2025, All Rights Reserved by InfoKPBB

article

Jakarta • 03 September 2025

Revision of the Local Act on Air Pollution Control - DKI Jakarta

Share to

It has been 20 years since Local Act No. 2/2005 concerning Air Pollution Control was enacted and served as the basis for implementing the mandate of five concrete actions to protect, control, prevent, mitigate, and restore air quality in Jakarta.

Much has been done, but most of it has yet to address the five concrete actions mandated by the Local Act. Most efforts remain limited to coordination, planning, launching, campaigns, and other initiatives that are deemed incapable of addressing the root cause of air pollution in Jakarta. Consequently, air quality continues to fall short of expectations. Air quality remains predominantly unhealthy throughout the year, with dominant parameters being PM2.5, PM10, NOx, O3, and SOx. PM2.5 levels over the past ten years have ranged from 33 to 46 micrograms per cubic meter, or two to three times the annual average PM2.5 quality standard of 15 micrograms per cubic meter.

It is the right time, albeit overdue, to revise this Local Act, taking into account the various review notes I submitted as a resource person along with other experts (Jakarta City Hall, 04/09/2025). It should be noted that the implementation of this Local Act's mandate is still biased toward industrial and business interests. Although its implementation is directed at triggering economic growth through the development of green economy-based businesses and industries, including low-emission technology, low-emission energy, and low-emission behaviors/lifestyles, all of which require green economic centers with various supporting factors, including green jobs, to drive them, thus achieving a harmonious co-benefit between air quality protection and economic growth. However, it is still interpreted differently by the industrial, transportation, public works, waste management, and other sectors, as an action that is seen as contradictory to the missions and targets of those sectors.

After 20 years as a reference, it now needs to be enriched to become a more applicable reference in guiding policy implementation, directing public participation, and encouraging legal compliance by industry, potential polluters, and various parties in implementing air pollution control. Most importantly, we must be able to educate related sectors to create harmony between environmental protection and green economic growth.

Author

admin kpbb 03 September 2025

Beri komentar

Beri tanggapan pada kolom dibawah.

Berita Terbaru

Antara Mitos dan Fakta Kendaraan Listrik
09 September 2025

Antara Mitos dan Fakta Kendaraan Listrik

Mitos 1: BEV tidak akan tumbuh karena HPP pada pr...

Myth and Fact toward BEV
09 September 2025

Myth and Fact toward BEV

Myth 1: BEVs will not grow because the COGS of cu...

 Feebate/Rebate or Fiscal Failure?: Uncovering the Environmentally Friendly Vehicle Incentive Policy
09 September 2025

Feebate/Rebate or Fiscal Failure?: Unco...

JAKARTA (August 12, 2025). Fiscal policy for motor...

Rilis Pers

Berita Lainnya

Antara Mitos dan Fakta Kendaraan Listrik
09 September 2025

Antara Mitos dan Fakta Kendaraan Listrik

Mitos 1: BEV tidak akan tumbuh karena HPP pada proses produksi yang masih custom masih terlalu tinggi untuk diserap pasar. Fakta: trend teknologi transportasi BEV telah menjadi preferensi dan pola pikir masyarakat, terutama generasi Y dan Z; gaya hidup baru yang mengabaikan faktor harga beli. Namun, teknologi BEV berkembang pesat sehingga HPP cenderung turun drastis, hampir mencapai level ekonomisnya. Mitos 2: BEV tidak mengurangi emisi tetapi hanya memindahkan emisi dari area perkotaan ke lokasi pembangkit listrik. Fakta: dibandingkan dengan emisi kendaraan berteknologi ICE, emisi BEV masing-masing 31%, 44%, 48%, dan 75% lebih rendah untuk BEV dengan bahan bakar batu bara, bahan bakar minyak, PLTGU, dan listrik baru/terbarukan; periksa gambar Energy Saving and Lower Carbon. Mitos 3: Kendaraan listrik rakus dalam menempati banyak logam, terutama nikel. Fakta: Teknologi ICE membutuhkan volume logam yang kurang lebih sama dengan yang dibutuhkan untuk memproduksi kendaraan listrik, termasuk penggunaan Ni pada part dengan content baja. Mitos 4. Kendaraan listrik memiliki baterai besar sehingga baterai bekas akan menjadi masalah pencemaran lingkungan yang fatal. Fakta: Kendaraan berteknologi ICE dengan baterai berupa akumulator telah menghasilkan ULAB (used lead acid battery) yang proses daur ulangnya sangat mencemari lingkungan dengan dampak kesehatan pada autisme, down syndrome, tremor, wrist drop, foot drop, penurunan poin IQ, gagal ginjal, penyakit jantung koroner, penyakit jantung iskemik, pneumonia, ISPA, bronkopneumonia, bronkitis, kanker nasofaring, dll. Baterai bekas (teknologi ICE atau BEV) merupakan berkah asalkan proses daur ulangnya dilakukan oleh pihak-pihak yang memiliki kompetensi dan kapasitas (teknologi dan metode) yang memadai diimbangi dengan pembinaan teknis dan penegakan hukum yang tegas oleh pemerintah; periksa gambar Used Lead Acid Battery Recycling Process. Mitos 5: Kendaraan listrik tidak dapat dipadamkan hingga terbakar habis. Fakta: beberapa kasus kebakaran kendaraan listrik akibat hubungan arus pendek dapat dipadamkan. Dan faktanya, kendaraan ICE yang terbakar umumnya tidak dapat dipadamkan hingga kendaraan tersebut habis terbakar. Artinya, berbagai teknologi powertrain memiliki risiko probabilitas kebakaran yang sama.

Selengkapnya

Arrow Right
Myth and Fact toward BEV
09 September 2025

Myth and Fact toward BEV

Myth 1: BEVs will not grow because the COGS of custom products is too high for the market to absorb them. Fact: trend transport technology BEV has become the mindset preference of society, especially generations Y and Z; a new lifestyle that ignores the purchase price factor. However, BEV technology is developing rapidly so that COGS tends to drop drastically, almost reaching its economic level. See picture Energy Saving and Lower Carbon. Myth 2: BEVs do not reduce emissions but only move emissions from urban areas to power plant locations. Fact: compared to ICE tech vehicle emissions, BEV emissions are 31%, 44%, 48% and 75% lower for BEVs with coal fired, fuel fired, combined cycle, and renewable electricity, respectively. Myth 3: Electric vehicles are greedy in occupying a lot of metal, especially nickel. Fact: ICE technology requires approximately the same volume of metal as is needed to produce electric vehicles. Myth 4. Electric vehicles have large batteries so that used batteries will become a fatal environmental pollution problem. Fact: ICE technology vehicles with batteries in the form of accumulators have produced ULAB (used lead acid batteries) where the recycling process is very polluting with health impacts on autism, down syndrome, tremors, wrist drop, foot drop, decreased IQ points, kidney failure, coronary heart disease, ischemic heart disease, pneumonia, ARI, bronchopneumonia, bronchitis, nasopharyngeal cancer, etc. Used batteries (ICE tech or BEV) are a blessing as long as the recycling process is carried out by parties with adequate competence and capacity (technology and method) balanced by technical guidance and strict law enforcement by the government. See pic Used Lead Acid Battery Recycling Process. Myth 5: Electric vehicles cannot be extinguished until they are completely burned. Fact: several cases of electric vehicle fires due to short circuits can be extinguished. And the fact is that ICE vehicles that catch fire generally cannot be extinguished until the vehicle is completely consumed by fire. This means that various powertrain technologies have the same risk probability of fire.

Selengkapnya

Arrow Right
 Feebate/Rebate or Fiscal Failure?: Uncovering the Environmentally Friendly Vehicle Incentive Policy
09 September 2025

Feebate/Rebate or Fiscal Failure?: Uncovering the Environmentally Friendly Vehicle Incentive Policy

JAKARTA (August 12, 2025). Fiscal policy for motor vehicles in Indonesia is at a crossroads. For more than a decade, a series of incentives, particularly tax exemptions for the Low Cost Green Car (LCGC) category, have been implemented through Government Regulation No. 41/2013 with the aim of encouraging the adoption of low-emission vehicles. However, instead of accelerating the adoption of energy-efficient vehicles through the implementation of Low Carbon Emission Vehicles (LCEVs), which was the primary mission and the reason for the issuance of the PP, the existing policy has instead created a paradox: a significant burden on the state budget without a proportional impact on reducing greenhouse gas (GHG) emissions. The implementation of PP No. 41/2013 was sabotaged solely for the sake of boosting penetration of the national automotive market, which was sluggish at the time due to declining purchasing power, by pragmatically pursuing affordable vehicles. In addition to introducing vehicles with downsizing technology, which is highly dangerous because it reduces safety levels in order to achieve fuel efficiency and affordable prices, this policy also neglected the primary mission of implementing LCEVs. Only ten years later, amidst the global trend toward adopting low-carbon vehicles, in accordance with the spirit of Presidential Decree No. 55/2019, along with various related regulations that seek to realize the mandate of Law No. 16/2016 concerning the Ratification of the Paris Agreement, did the government implement its support for LCEVs by providing fiscal incentives for Battery Electric Vehicles (BEVs). In April 2023, the government began providing incentives in the form of tax rebates, allowing BEV buyers to pay only 53% of the 83% tax they would otherwise pay. In practice, buyers of electric motorcycles and electric cars received price reductions of Rp 7 million and Rp 80 million, respectively. Against the backdrop of concerns about the climate crisis at that time, along with predictions of a worsening climate crisis, particularly by 2100, with catastrophic impacts, the Paris Agreement was agreed upon as a global agreement to mitigate greenhouse gas emissions (GHG) and prevent a worsening climate crisis. BEV adoption is indeed a strong recommendation of the Paris Agreement. The issue remains unresolved. ICE technology, which produces fuel-guzzling, carbon-emitting vehicles, is attempting to influence the fiscal incentive policy for BEVs. Government policy has been shaken and BEV fiscal incentives have begun to be relaxed, citing fiscal space constraints. Amid this stagnation, a radical alternative has emerged: a carbon emission-based fiscal scheme (feebate/rebate) implemented on a revenue-neutral basis in the state budget (budget neutrality). The analysis presented at this FGD organized by the Ministry of Environment (Jakarta, August 12, 2025) examines the structural failures of the current incentive policy and evaluates the potential of a carbon excise tax system and low-carbon incentives as a more effective, equitable, and sustainable solution for the Indonesian automotive market. Questionable Effectiveness Since 2013, the government's primary instrument has been the Luxury Goods Sales Tax (PPnBM) exemption for low-carbon emission vehicles. However, as mentioned above, its implementation is considered fraught with distortions in the interests of the automotive industry, resulting in it being applied only to LCGCs. "Imagine, from 2013 to 2023, approximately 10 years, only LCGCs received incentives," said Ahmad Safrudin, Executive Director of the Leaded Gasoline Elimination Committee (KPBB). He highlighted the discriminatory nature of the policy. "There are vehicles that are actually low-carbon but don't receive incentives. For example, LCEVs (Low Carbon Emission Vehicles). Some variants are already categorized as LCEVs but don't receive incentives because they aren't categorized as LCGCs." Reliance on the state budget is also a fatal weakness. Every incentive means a reduction in state revenue. "If the government continues to provide incentives, it will certainly become a burden because government revenue or tax revenue will be significantly reduced," Safrudin continued. This dependence makes the policy uncertain and vulnerable to political discontinuation, as is currently happening, triggering uncertainty in the electric vehicle industry. The Health Costs of Air Pollution The focus on incentives without disincentives for high-emission vehicles has overlooked the external costs borne by society. Air pollution from the transportation sector has real health and economic impacts. "We need to realize here that air pollution is a local issue and our own responsibility," emphasized Dr. R. Dierjana, an academic from Bandung Institute of Technology (ITB). She underscored the potential crisis in the health insurance system. "The health impacts of air pollution pose a threat to the BPJS (Social Security Agency for Health)." KPBB data supports this argument. "Our 2016 study showed that Jakarta residents had to pay Rp 51.2 trillion in medical costs, both personally and through BPJS," said Ahmad Safrudin. This cost represents a massive economic burden arising from policies that fail to effectively control pollution sources. Carbon-Based Fiscal Scheme (Feebate/Rebate Fiscal Scheme) As a solution to the systemic fiscal weakness of low-carbon vehicles, the KPBB proposes a feebate/rebate fiscal policy scheme integrated with carbon emission levels (gr CO2/km). The working mechanism begins with Standard Setting, where the Government sets a carbon emission threshold for each vehicle category (gr CO2/km). This standard is a pivot point established in accordance with developments in vehicle carbon emission reduction technology. Next, a feebate (fine) is imposed on vehicles whose emissions exceed the standard in the form of a carbon excise tax proportional to the carbon level. "The higher the carbon... the higher the excise tax that must be paid. So, this excise is imposed on each gram of carbon exceeding the standard and multiplied by a certain value—the price of the carbon reduction technology—and the total must be paid by the vehicle buyer," explained Safrudin. In parallel, the government also provides a rebate option (incentive in the form of a fiscal discount). Vehicles with emissions below the standard are eligible for incentives. "If we buy a vehicle with a carbon level far below the standard... we will receive an incentive," he added. The value of this incentive is based on the vehicle's ability to reduce carbon emissions below the standard or threshold. Every grCO2/km below the set standard will be taken into account as performance to obtain tax rebate incentives, so that vehicles with low carbon levels will have a cheaper selling price. In this scheme, vehicle buyers have 2 options, continue to buy high carbon vehicles or vice versa choose low carbon vehicles. Each has consequences, if you want cheap then you will buy a low carbon vehicle, and vice versa. The main principle is budget neutrality. Funds collected from fines (feebates) are used entirely to fund incentives (rebates), so they do not burden the APBN. And when there are signs that the fiscal space in this scheme is starting to become deficit, meaning when the situation has reached a situation where the government must cover the shortfall in carbon excise revenue to provide incentives for low-carbon vehicles, then that is the right time to tighten carbon standards. Price Shift Simulation The KPBB simulation demonstrates the potential for dramatic price shifts, which could fundamentally alter consumer behavior and preferences for vehicles. The simulation of passenger vehicles involving a 125 kW BEV, a 2.0+ kW HEV, a 2000 cc gasoline engine, and a 2400 cc diesel engine demonstrated the potential for shifting vehicle pricing. Before the fiscal scheme was implemented, BEVs were the most expensive, at IDR 715 million per unit, followed by HEVs, diesel engines, and gasoline engines, at IDR 522 million, IDR 471 million, and IDR 467 million, respectively. After the implementation of the carbon-based feebate/rebate fiscal scheme, BEVs became the most affordable vehicles, followed by HEVs, gasoline engines, and diesel engines. According to the polluters pay principle, the highest-carbon vehicles become the most expensive. This also applies to motorcycles. See the table for 2-Wheelers. The advantages of implementing a feebate/rebate fiscal scheme include: the government can provide incentives for low-carbon vehicles without being burdened by reduced fiscal space (decreased state revenues); existing vehicle tax policies (import duties, import income tax, VAT, biofuel, and vehicle sales tax) remain in place to generate state revenue; there is no discrimination based on technology use; there is potential for a competitive advantage program for domestic low-carbon vehicle production; low-carbon vehicles, such as electric vehicles, become more price-competitive; there is the creation of a market mechanism that encourages the adoption of clean technology; and a shift in market preference toward low-carbon vehicles, thus effectively achieving the 2030 ENDC and the 2045 NZE targets in the automotive sector. Conclusion Indonesia is currently at a crucial crossroads. Analysis shows that the conventional fiscal incentive approach over the past decade has not only failed to accelerate the energy transition but has also burdened state finances and distorted the market. On the other hand, a market-based alternative through a feebate/rebate fiscal policy scheme offers a conceptually fairer, more effective, and more sustainable solution because it does not rely on the state budget. However, the path to implementation faces two latent challenges. First, there is the potential for resistance from industry players who persist with high-emission technologies. Second, and most crucially, there is the fragmentation of inter-ministerial policies, which have so far proceeded without coherent synchronization. As industry representatives highlighted, "there is currently no one to conduct this orchestra." Ultimately, this transformation is not merely a technical issue, but a test of political will. A clear roadmap, from establishing a legal framework to pilot projects, is a necessary step. Successfully shifting from an ineffective subsidy model to a market-based mechanism will determine whether Indonesia can break through stagnation, achieve its 2045 Net Zero Emissions target, and reduce the burden of public health costs reaching tens of trillions of rupiah. As emphasized in the FGD above, the momentum is now: "Motor Vehicle Carbon Standards must be established immediately. Carbon standards serve as a reference for controlling motor vehicle carbon levels through fiscal incentive/disincentive instruments." The question is no longer whether these changes are necessary, but how quickly policymakers can orchestrate these transformative steps towards NZE 2045. oo0oo (SK/AS).

Selengkapnya

Arrow Right