The Hidden Costs of the Green Shift: How Yogyakarta’s Electric Pedicab Program Left Workers Behind

YOGYAKARTA — Along the bustling, culturally rich avenues of Malioboro, a quiet revolution was supposed to be unfolding. Sleek, emission-free electric pedicabs (becak listrik) were introduced as the vanguard of a cleaner, greener tourism hub in the heart of Yogyakarta’s philosophical axis. Proponents hailed the initiative as a progressive leap toward a low-carbon urban ecosystem.

However, beneath the polished veneer of visual aesthetics and green rhetoric lies a starkly different reality. For the traditional pedicab drivers who form the backbone of the city’s informal transport sector, the transition has morphed from a promised modernization into a daily struggle against mechanical failures, financial ruin, and systemic marginalization.

Far from a truly just energy transition, the Malioboro electric pedicab project has exposed deep structural flaws in how green policies are conceived, engineered, and imposed upon the vulnerable working class.

Main Facts: A Glossy Initiative Built on Fragile Foundations

The electric pedicab program in Malioboro was designed to replace noisy, polluting motorized pedicabs (becak motor) with silent, battery-powered units to achieve a low-emission zone. Yet, the implementation has been plagued by severe technical and structural shortcomings:

• Exclusion of the Grassroots: Drivers report that they were never meaningfully consulted; meetings with officials served merely as top-down formalities where dissent was impossible.
• Widespread Mechanical Failures: Units suffer from weak chassis designs, melting electrical wiring, and failing Battery Management Systems (BMS).
• Prohibitive Maintenance Costs: Replacing a degraded battery pack can cost up to IDR 4,800,000—an exorbitant sum for informal workers.
• Inadequate Infrastructure: Yogyakarta’s government provided only a single charging station hidden behind a hotel, creating severe psychological anxiety and operational bottlenecks for drivers.
• Fossil-Fuel Paradox: The electricity powering these "green" vehicles ultimately originates from coal-fired power plants, while the batteries rely on globally traded nickel mined and refined through energy-intensive, environmentally destructive supply chains.

Chronology of a Flawed Transition

From Engines to Batteries: The Loss of Autonomy

Long before the electric pedicab initiative materialized, traditional operators owned their motorized pedicabs outright. They understood every mechanical quirk of their vehicles and could repair them locally at minimal cost.

When the government and various political benefactors pushed for a cleaner tourism corridor, these drivers were pressured into surrendering their old vehicles. Giyono, a local pedicab driver, recalls how traditional units were summarily destroyed under industrial saws.

"There was no manufacturer coming to give us a chance to speak," Giyono said. "It was all lies. When meeting officials, we couldn’t bargain. We just had to nod ‘yes’ because no one dared to argue."

Stripped of their original assets, the drivers received unfamiliar electric units without being informed of their technical specifications. By the time they realized the vehicles were structurally frail, their old transport had already been reduced to scrap metal.

The Technical Breakdown

As the electric pedicabs hit the pavement, the streets of Malioboro soon bore witness to a series of technical failures. Abdullah, founder of E-Clont Yogyakarta—a local electric vehicle repair and referral workshop—explained that widespread issues like melting cables and dropping battery modules were the predictable outcome of a complete absence of standardization and rampant sectoral ego among manufacturers.

"Vendors often work in silos without sitting down to listen to the real needs of drivers on the road," Abdullah noted. Manufacturers ignored basic engineering calculations, such as current-carrying capacity (CCC) in wiring.

"The wires used were frequently too thin. When they come to our workshop, we aren’t just repairing them; we have to completely redesign and thicken the wiring," he added.

Compounding this was a fundamental miscommunication regarding the definition of an "electric pedicab." Manufacturers designed the vehicles under the assumption they were conventional pedal rickshaws merely assisted by a small electric motor. Conversely, drivers accustomed to motorized pedicabs treated them as fully autonomous vehicles, demanding heavy torque to navigate daily traffic and earn a livelihood.

Supporting Data and Expert Analyses: Ignoring the Grassroots

Academic research strongly supports the drivers’ grievances. Jayan Sentanuhady, a Professor at the Department of Mechanical and Industrial Engineering at Universitas Gadjah Mada (UGM), has been studying electric pedicab designs since 2018. Long before the Malioboro project became a lucrative commodity for commercial vendors, Jayan conducted empirical field research by interacting directly with local pedicab operators.

His research revealed that a driver’s daily rhythm relies heavily on "stop-and-go" movements through traffic over a distance of 30 to 35 kilometers per day. When drivers asked for a "strong" pedicab to handle inclines, Jayan translated this street-level request into engineering metrics: they did not need dangerous high speeds, but rather high torque—torsional pulling power.

"They [vendors] should have just listened to the pedicab drivers," Jayan stated, criticizing the corporate ego of manufacturers who forced arbitrary designs onto the market.

Referring to the burnt-out wiring and collapsing bodies of the current fleet, Jayan asserted that these incidents are undeniable proof of incompetence. "If wiring is catching fire, it means the manufacturer understands nothing about electricity. That is dangerous; it clearly shows the producer is incompetent."

Infrastructure Bottlenecks and Economic Vulnerability

Even if the vehicles were mechanically sound, the physical infrastructure supporting them is critically deficient. To serve hundreds of electric pedicabs, the government established only one public charging station—tucked away in the Ketandan Parking Zone behind a hotel.

Petrus Juli, Chairman of the Becak Cooperative, noted that this acute scarcity of charging infrastructure severely depresses drivers’ daily incomes. When tourists request trips to distant locations, drivers hesitate and frequently reject fares out of fear that their batteries will die mid-journey, leaving them stranded without a nearby charging point.

Furthermore, critical components like the Battery Management System (BMS) frequently fail. For informal workers surviving on meager daily wages, the prospect of a full battery replacement costing roughly IDR 4,800,000 is financially paralyzing. Specialized repair shops can be counted on one hand, forcing broken-down vehicles into weeks-long repair queues.

The Government’s Stance

Agha Perdana Putro, Head of the Non-Terminal and Inter-Regional Transport Section at the Yogyakarta Special Region Transportation Office, admitted that the state cannot subsidize energy charging indefinitely.

"If we discussed it with leadership, fundamentally it cannot continuously become a burden on the government," Agha said. He explained that public funds were merely intended to seed the ecosystem initially, leaving future commercialization of charging stations open to the private sector.

Consequently, drivers who were forced to part with their reliable motor-pedicabs now find themselves trapped in a fragile ecosystem that continuously drains their meager earnings.

Broader Implications: Greenwashing and the Fossil-Fuel Paradox

The environmental narrative surrounding the Malioboro electric pedicab project unravels further when examining the upstream energy and supply chain realities.

At night, behind the Melia Hotel, electric pedicabs plug into sockets connected to the local power grid. The electricity flowing into their batteries is generated predominantly by coal-fired power plants.

Melky Nahar, National Coordinator of the Mining Advocacy Network (Jatam), pointed out that the carbon footprint of these vehicles begins long before they touch Malioboro’s asphalt. A vital component of the vehicle’s battery is nickel. Extracted from the earth in eastern Indonesia, such as Maluku, the nickel is processed into intermediate goods before being heavily exported to China. There, global factories transform the material into finished batteries before importing them back to Indonesia for domestic assembly.

This transnational supply chain obscures the true socio-environmental cost of the minerals used. Melky strongly rejects labeling the Malioboro project a "solution."

"I think this cannot be considered a solution because if it were a true solution, it shouldn’t create new problems," Melky asserted. For Jatam, imposing zero-emission vehicles while stripping away the economic independence of workers and ignoring supply chain destruction is a misleading strategy that prioritizes industrial expansion over human welfare.

Beyrra Triasdian, Energy Transition Campaigner at Trend Asia, echoed this sentiment, noting that green transition jargon is frequently used to mask structural failures.

"The problem is, all these electrified things—as long as the electricity isn’t clean, it’s not renewable energy, and it’s not an energy transition. The logic is fundamentally flawed," Beyrra explained.

She emphasized that forcing vulnerable street workers to leap into an unready ecosystem while the state washes its hands of infrastructural responsibilities is deeply unjust. A genuinely just energy transition must stem from dialogue, education, and the prior establishment of robust public infrastructure—not from regulatory coercion or the threat of livelihood bans.

Conclusion

The electric pedicab experiment in Malioboro serves as a cautionary tale for urban sustainability initiatives across Indonesia and the Global South. When green transformations are driven by top-down bureaucratic quotas and corporate profiteering rather than empathy and empirical rigor, they risk crushing the very people they claim to uplift.

Until policymakers prioritize grassroots consultation, robust safety engineering, accessible infrastructure, and genuinely clean energy grids, projects like the Malioboro becak listrik will remain an ironic monument to a transition built on the backs of the vulnerable.