PDF pages: 96–128 (internal doc pages 87–119)
Sections covered:
- Completion of Chapter II CES power and capacity data
- CES-2 (50 GW OSW) comparison
- E20 bioethanol hypothetical scenario
- Chapter on Energy Transition (PETP, transition pathways, enablers, policy implications)
- Annexes 1–30 (tabular data — not ingested; key numbers captured in narrative sections)
Key Takeaways
- CES-1 is the wind-and-nuclear scenario: By 2050, wind reaches 32.6% of generation (144.5 TWh), nuclear adds 8.7% (38.6 TWh); combined RE 64.9% vs REF’s 50.7%.
- CES-2 makes wind the single largest generator: 50 GW OSW drives wind to 49.5% (220.4 TWh) and total RE to 70.7% — solar is displaced downward.
- CFPP voluntary retirement is quantified but modest: CES-1 retires ~3,660 MW; CES-2 ~4,803 MW; their direct GHG contribution (6.1–8.1 MtCO₂e) is small compared to dispatch substitution.
- No net-zero commitment: Philippines explicitly does not commit to net-zero within the 2050 planning horizon; natural gas is confirmed as the transition fuel.
- WEF ranking (94/120) motivates PETP: The Philippine Energy Transition Program is the formal response to the Philippines’ low energy transition preparedness score.
- PETP is “just transition” framing: Combines decarbonization targets with employment (1.2M green jobs), affordability (energy expenditure declining from 7.3% to 5.3% of household income), and workforce rightskilling.
- OSW contracted capacity (62.3 GW) already exceeds CES-1 target (19 GW): 80 service contracts awarded as of October 2023; 178 GW potential identified by World Bank.
- CREZ-2 extends storage siting: Battery storage areas are now designated alongside RE generation zones; SGGP integrates both.
- NGCP grid expansion is a bottleneck: Only 8% total line expansion since 2009 (1%/yr pre-pandemic); flagged by DOE as critical constraint for RE integration.
- Energy intensity targets exceeded international benchmarks early: CES meets ASEAN APAEC target in 2023 (2 years early); breaches APEC 45% target in 2028 (7 years early).
- 100% household electrification by 2028: 879,232 households unelectrified as of December 2022; RA 11646 (Microgrid Systems Act 2022) supports remote community access.
- GHG cumulative avoidance: REF 1,200.2 MtCO₂e · CES-1 2,173.5 MtCO₂e · CES-2 2,458.2 MtCO₂e (2023–2050).
Sub-sections Covered
| Sub-section | Content |
|---|
| CES-1 Power (Table 27) | Generation by fuel 2040 and 2050; CES vs REF comparison |
| CES-1 Capacity (Table 28) | Installed capacity by fuel 2022 and 2050; capacity additions 2023-2028 and 2029-2050 |
| CES-2 (pp.91–93) | TPES mix (Table 29), capacity (Table 30), generation (Table 31) |
| GHG CES (p.88) | CES-1 vs REF gap; sector/fuel breakdown; carbon per capita and intensity |
| E20 hypothetical (p.94) | 17.0 MTOE gasoline reduction; 49.1 MtCO₂e avoidance |
| PETP introduction (p.95) | Named program, international partnerships, no net-zero commitment |
| Energy transition pathway (p.96) | Five pillars; demand-side impact; supply-side TPES intensity trajectory |
| Policy implications — Equitable Access (pp.97–99) | Electrification 96.2%; affordability 7.3% → 5.3%; LCOE blended rate |
| Policy implications — Security/Reliability (pp.99–101) | CREZ + SGGP; VRE reliability challenge; LNG + BESS as grid support |
| Policy implications — Sustainability (pp.101–102) | ASEAN/APEC intensity benchmarks; GHG avoidance by scenario; CFPP retirement |
| Transition enablers (pp.103–108) | Regulation (EO 21 + DC2023-06-0020); finance (SEGF, green bonds); human capital; innovation; SGGP; EVOSS |
New Entities Introduced (10)
| Canonical Name | Abbreviation | Class | Notes |
|---|
| Philippine Ports Authority | PPA | government | OSW port infrastructure coordination with DOTr |
| Department of Science and Technology | DOST | government | Collaboration on innovative clean technologies |
| Department of Information and Communications Technology | DICT | government | Digital infrastructure for EVOSS + smart grid |
| Civil Aviation Authority of the Philippines | CAAP | government | EVOSS integration under EO 21 |
| Maritime Industry Authority | MARINA | government | EVOSS integration for marine-based energy |
| World Economic Forum | WEF | international | Energy Transition Index; PH ranks 94/120 (2023) |
| World Bank | WB | international | 178 GW OSW potential study |
| International Energy Agency | IEA | international | Data sources; skills/jobs studies cited |
| Energy Transition Council | ETC | international | DOE development partnership for energy transition |
| Energy Transition Partnership | ETP | international | DOE development partnership for energy transition |
Key Numbers from This Section
| Metric | CES-1 2050 | CES-2 2050 |
|---|
| TPES | 127.3 MTOE | 122.3 MTOE |
| Self-sufficiency | 52.8% | 54.8% |
| Net energy imports | 59.9 MTOE | 55.3 MTOE |
| Total gross generation | 443.9 TWh | 444.9 TWh |
| RE generation share | 64.9% | 70.7% |
| Wind generation | 144.5 TWh (32.6%) | 220.4 TWh (49.5%) |
| Total installed capacity | 154.3 GW | 156.4 GW |
| BESS capacity | 22.0 GW | 24.7 GW |
| Nuclear capacity | 4,800 MW | 4,800 MW |
| Coal capacity | 11,111 MW | 9,929 MW |
| CFPP retirement 2023–2050 | ~3,660 MW | ~4,803 MW |
| GHG annual (2050) | ~199.6 MtCO₂e | ~188 MtCO₂e |
| GHG cumulative avoidance | 2,173.5 MtCO₂e | 2,458.2 MtCO₂e |
| CFPP retirement GHG reduction | 6.1 MtCO₂e | 8.1 MtCO₂e |
Notable Deferred Items
- EVOSS system: Energy Virtual One Stop Shop; mentioned briefly; dedicated page deferred to regulatory issuances ingest
- SEGF (Sustainable Energy Credit Guarantee Facility): PHILGUARANTEE program; mentioned in transition enablers; deferred to PHILGUARANTEE/regulatory ingest
- Green bonds (USD 6.58B in 2022): Context for green finance; detailed treatment deferred to finance chapter ingest
- Annexes 1–30: Year-by-year projection tables (TFEC, TPES, generation, capacity, GHG by fuel and sector, all scenarios). Not ingested — raw tabular data; key numbers already captured in narrative sections
Raw extraction: pdftotext output