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Menakar PLTS Terapung di Malang
Reporting by Mongabay IndonesiaRead the original at mongabay.co.id
Executive Summary
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The narrative presents a collision between national energy transition ambition and local livelihood security. The strong governmental impetus, driven by targets like PLN’s 34.3% renewable energy bauran by 2034 and the promotion of decentralized solar solutions in remote areas, frames this massive infrastructure buildout as inevitable progress. However, this trajectory exhibits a pattern where large-scale, centralized projects (PLTS) are prioritized over smaller, community-integrated models. The criticism voiced by Celios and KNTI highlights that the 'Top-Down' implementation method frequently marginalizes local knowledge and risks unforeseen second-order social and ecological costs—namely, displacement of subsistence livelihoods and potential biodiversity loss in the reservoir ecosystem.
A central tension exists between scale ambition (targeting 100 GWp) versus equitable implementation. While proponents argue PLTS avoids land use conflicts seen in solar farms or coal plants, critics point to TKDN gaps, which suggest a continuing reliance on global supply chains rather than fostering deep domestic industrial sovereignty. Furthermore, the discussion contrasts high-scale projects with advocates for decentralized rooftop PV (PLTS Atap), suggesting that pursuing massive national targets might overshadow more manageable, locally beneficial alternatives if policy frameworks—like net-metering provisions in ESDM regulations—are not recalibrated to favor small-scale energy independence and local benefit distribution. The underlying assumption being tested is whether achieving abstract national "Net Zero" goals automatically fulfills the mandate of energy *justice* for populations whose immediate existence depends on the natural resource base affected by the project.
Patterns detected: ARC-0042 Nirvana Fallacy, ARC-0010 False Dilemma
From the original · Mongabay Indonesia
- Total konstruksi Pembangkit Listrik Tenaga Surya (PLTS) Terapung di waduk Sutami, Sumberpucung, Kabupaten Malang mencapai 70% Solar PV (Photovoltaic) seluas 71 hektar atau 3,7%. - PLTS Terapung ini diproyeksikan mampu memangkas emisi karbon antara 148.300 hingga 181.700 ton CO₂ atau karbon per tahun. - Selama ini, PT PLN Nusantara Power memiliki pengalaman mengelola pembangkit listrik.Read the full story at mongabay.co.id
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No attributed quotes we could class.
No subscription, as-a-service or "no upfront cost" phrasing.
No figure from an outside data source is followed by a product offered as the answer.
3 links to outside sites: 0 to public or research sources, 1 to go.id.
Private sites linked: celios.co.id, go.id, iesr.or.id
