Home / Energy / Jakarta Solidifies Role As Southeast Asian Fleet Electrification Epicenter At…
Jakarta Solidifies Role As Southeast Asian Fleet Electrification Epicenter At Busworld 2026
cleantechnica.com Aug 9, 2026

Jakarta Solidifies Role As Southeast Asian Fleet Electrification Epicenter At Busworld 2026

Curated by · TechCapsules ·

AI-summarised brief · reviewed before publication

At Busworld Southeast Asia in Jakarta, local manufacturers showcased a growing domestic ecosystem for electric buses, confirming Indonesia’s emergence as the region’s electrification hub. By the end of 2025, Transjakarta had placed 15 locally built battery‑electric buses into service, produced by coachbuilder Karoseri Laksana and Bakrie’s EV arm VKTR on BYD chassis, with further hybrid models operated by DAMRI. The trade show attracted over 5,000 visitors from 41 countries and displayed 25 zero‑ and low‑emission vehicles across 8,000 m². Indonesian bodybuilders such as PT Tentrem Sejahtera and Laksana won design awards and launched the Legacy SR3 Neo Panorama coach for soccer club Persija Jakarta, marking the first fully electric team bus in the country. International players, including China’s Xiamen Golden Dragon and Germany’s MAN, announced tailored electric platforms and partnerships with local distributors, while INVI and KALISTA secured Fleet‑as‑a‑Service deals with three major Transjakarta operators, underscoring a shift toward locally sourced, customized electric fleets.

💡 Why It Matters

  • · Jakarta’s ability to produce and integrate home‑built electric buses demonstrates a scalable model for Southeast Asian cities to meet climate goals without relying on fully imported solutions.
  • · This localized supply chain also positions Indonesia to capture a larger share of the region’s burgeoning EV bus market.
Capsules Energy Transport
Read full article on cleantechnica.com
More in Energy →
Tech ROUNDUP: Accure, Hydrostor, Shoals and TerraFlow, and Qnetic advance energy storage tech
energy-storage.news · Aug 10

Tech ROUNDUP: Accure, Hydrostor, Shoals and TerraFlow, and Qnetic advance energy storage…

Qnetic has started building the world’s largest dedicated flywheel test cell and is assembling its first 200 kWh Pulsar prototype. ACCURE announced a two‑year pilot with Aviva to enhance battery data transparency and safety monitoring for BESS owners. Hydrostor secured a 60 MW offtake for its Willow Rock A‑CAES project in California, with construction slated to begin in late 2025. TerraFlow and Shoals also reported progress on long‑duration storage solutions, expanding the portfolio of grid‑scale energy storage technologies.

💡 The launch of Qnetic’s massive test cell signals a push toward higher‑capacity flywheel systems, potentially reshaping grid resilience. Hydrostor’s A‑CAES deal demonstrates a scalable, heat‑recovery storage model that could lower long‑term operating costs for utilities.

Infleqtion Selected by Eaton to Explore Quantum Computing for Power Grid Resilience
thequantuminsider.com · Aug 10

Infleqtion Selected by Eaton to Explore Quantum Computing for Power Grid Resilience

Eaton selected Infleqtion to apply neutral‑atom quantum computing to research U.S. electrical grid resilience under an Air Force Research Laboratory program. The partnership will test quantum algorithms for contingency analysis, optimizing power‑system scenarios, circuit performance, and error correction. Infleqtion’s quantum hardware aims to evaluate complex failure combinations faster than classical methods, potentially reducing blackout risk and strengthening critical infrastructure. The project aligns with national initiatives to modernize grid reliability and supports both civilian utilities and defense‑critical operations.

💡 By harnessing quantum computing for grid contingency analysis, the program could deliver unprecedented speed and accuracy in predicting cascading failures, directly enhancing national security and economic stability.

US IPP Avantus closes billion-dollar financing for solar PV and battery storage projects
energy-storage.news · Aug 10

US IPP Avantus closes billion-dollar financing for solar PV and battery storage…

Avantus, a U.S. independent power producer, secured a US$1.05 billion corporate credit facility to fund its solar‑plus‑storage strategy in California and the Desert Southwest. The loan, led by SMBC and a consortium that includes ING Capital, HSBC, KKR, Truist Securities and new arrangers such as BHI, CIBC and Natixis, expands existing commitments and gives Avantus flexibility to move projects from development to construction. The company’s pipeline totals 24 GW, with 13 GW of solar paired with 44 GWh of battery energy storage. Recent milestones include the commercial operation of the 200 MW Aratina 1 solar‑storage plant, US$525 million construction financing for Aratina 2, and a 20‑year PPA for the 200 MW Rexford 2 project. Avantus aims to have 788 MW online and another 800 MW under construction by the end of 2026, backed by investors KKR and EIG.

💡 The financing unlocks capital for a wave of utility‑scale solar‑storage projects that could dramatically increase clean‑energy capacity in a region critical to U.S. renewable targets.

New Nuclear Gets Built When Governments Run Development & Taxpayers Take The Risk
cleantechnica.com · Aug 10

New Nuclear Gets Built When Governments Run Development & Taxpayers Take The…

New nuclear projects become financeable only when governments assume most construction, financing and revenue risks, shifting them from private investors. The article notes that nuclear delivers low‑carbon power, but gigawatt‑scale plants require billions of dollars years before electricity sales, so delays are costly. Unlike modular renewables, a single reactor’s engineering or regulatory setbacks can jeopardize an entire national build‑out. Recent British cases—Hinkley Point C’s overruns and Sizewell C’s restructuring to include government equity, regulated construction cost recovery and public support—show this shift. Similar approaches appear in Czechia’s Dukovany expansion and UK’s small modular reactor programme, where state loans and technology selection aim for standardized designs. The piece argues that reshaping risk and enforcing design uniformity are essential for nuclear to reach scale.

💡 Shifting risk to the public sector unlocks the capital needed for large reactors, making nuclear a realistic pillar of low‑carbon energy systems.

Silicon EV Batteries Earn $1.4 Billion Seal Of Approval From Defense Department
cleantechnica.com · Aug 10

Silicon EV Batteries Earn $1.4 Billion Seal Of Approval From Defense Department

The U.S. Department of Defense has pledged a conditional $1.4 billion loan to silicon‑battery startup Sila, aiming to scale its “Titan Silicon” anode material for high‑performance military and specialty applications. Founded in 2011 by former Tesla battery engineer Gene Berdichevsky, Sila’s silicon‑carbon powder can replace graphite in lithium‑ion cells, promising up to 20 percent more range and ten‑minute fast charging. The loan, announced on August 7, will fund expansion of Sila’s Moses Lake, Washington, campus, boosting output of the silicon material and adding a lithium‑ion cell production line. The funding follows earlier private rounds totaling over $675 million and aligns with the Pentagon’s push for domestically produced energy storage for drones, autonomous vehicles and other defense platforms.

💡 By securing federal capital, Sila can accelerate a domestic alternative to China‑dominant graphite, giving the U.S. military faster‑charging, longer‑range power sources that reduce logistical vulnerability.

$10 Billion Tesla Solar Factory in Texas? And $20–25 Billion TERAFAB Project in Midst of AI Bubble?
cleantechnica.com · Aug 10

$10 Billion Tesla Solar Factory in Texas? And $20–25 Billion TERAFAB Project…

Tesla is planning two massive Texas projects. “Project Crystal Sun,” a solar‑cell factory near Richmond, would cost about $10.1 billion—$1.5 billion for land and $8.6 billion for equipment—and aim to produce wafers, ingots, cells and related components on a fully integrated campus. The plant is slated for construction from 2026 to 2028, creating roughly 1,150 construction jobs and 9,700 permanent positions, with commercial output expected in Q1 2029. In parallel, Tesla and SpaceX are proposing the TERAFAB initiative, a $20‑25 billion venture to fabricate custom AI chips. Musk describes it as the “most epic chip building exercise,” targeting over one terawatt of AI compute annually—far exceeding the current global output of about 20 gigawatts—and supporting both terrestrial robotics and orbital AI data centers.

💡 By internalizing solar and AI‑chip production, Tesla seeks to sidestep supply‑chain bottlenecks and tariffs, positioning itself as a self‑sufficient hardware powerhouse. This vertical leap could reshape U.S. manufacturing footprints and set new benchmarks for integrated clean‑energy and AI infrastructure.