LONGi’s new West Java plant with Pertamina NRE will produce 1.6GW HPBC 2.0 modules annually, boosting Indonesia’s solar independence.
Strategic Partnership to Accelerate Indonesia’s Energy Transition
Project Overview
✔ Location: Deltamas Industrial City, West Java
✔ Capacity: 1.6 GW annual production of high-efficiency solar modules
✔ Technology: LONGi’s next-gen HPBC 2.0 (Hybrid Passivated Back Contact)
✔ Timeline: Manufacturing prep begins June 2025
✔ Investment: Undisclosed (strategic JV with Pertamina NRE)
Key Strategic Benefits
1. Strengthening Indonesia’s Solar Supply Chain
- Boosts Domestic Component Level (TKDN) to meet government mandates
- Reduces import dependence for utility-scale solar projects
- Creates 500+ green jobs in manufacturing & technical roles
2. Market Expansion Opportunities
🌏 Regional Demand:
- Supports Indonesia’s RUPTL 2025-2034 target of 17.1 GW new PV capacity
- Potential exports to ASEAN markets (Vietnam, Philippines, Thailand)
⚡ Technology Edge:
- HPBC 2.0 modules offer >23% efficiency – ideal for tropical climates
- Enhanced durability against humidity & high temperatures
3. Synergy with National Energy Goals
🔋 Pertamina NRE’s Role:
- Leverages state-owned energy giant’s distribution network
- Aligns with Indonesia’s net-zero 2060 pledge
Leadership Perspectives
Dennis She, VP of LONGi:
“This facility is a cornerstone of Southeast Asia’s solar future. Localizing production cuts costs by 20% while creating skilled jobs and technology transfer.”
Pertamina NRE Spokesperson:
“Our partnership with LONGi bridges global innovation with local energy needs, accelerating Indonesia’s just energy transition.”
Industry Impact Analysis
Indonesia’s Solar Landscape
📈 Current Capacity: ~0.5 GW operational PV
🎯 2034 Target: 17.1 GW (34X growth)
💰 Investment Needed: $12B+ to meet RUPTL goals
Competitive Advantage
- First-mover benefit in local high-efficiency module production
- 30% lower logistics costs vs imported panels
- PLN procurement preference for high-TKDN projects
Technology Deep Dive: HPBC 2.0
🔬 Key Features:
- Front-side zero busbar design → reduced shading loss
- Smart solder strip tech → higher reliability in humid climates
- 25-year performance warranty
🌞 Tropical Adaptation:
- 3% higher yield vs PERC in high-irradiation conditions
- Lower degradation rate (0.45%/year)
Implementation Roadmap
📅 2025:
- Facility construction begins
- Workforce training programs launch
⚙ 2026:
- Trial production starts
- TKDN certification process
🚀 2027:
- Full-scale operations
- Potential capacity expansion to 3 GW
