Hawaiian Electric Company and Subsidiaries Service Area
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1 Hawaiian Electric Energy Scott Seu Vice President, Energy Resources Hawaiian Electric Company EPRI Renewable Energy Council April 5, Hawaiian Electric Company and Subsidiaries Service Area Oahu Hawaiian Electric Co. 1,727 MW firm capacity 1,200 MW peak 600 MW minimum Maui Electric Co. 287 MW firm capacity 210 MW peak 80 MW minimum Molokai Lanai Hawaii Electric Light Co. 276 MW firm capacity 195 MW peak 90 MW minimum Maui Hawaii
2 Hawaii Clean Energy Goals 70% Clean Energy by 2030 Electricity 40% Renewables (RPS) 30% Efficiency (EEPS) Hawaii Energy Consumption 18.8% 7.4% 7.2% 36.9% 29.8% Electricity Air Transportation Ground Transportation Marine Other Source: EIA 3 Current Renewable Resources Kahuku Wind As-available Generation: 30 MW Makila Hydro As-available Generation: 0.5 MW HECO CT-1 (Biofuel) Firm Generation: 110 MW H-POWER (Municipal Solid Waste) Firm Generation: 46 MW HC&S (Bagasse, Coal, Hydro) Firm Generation: 16 MW Wailuku River Hydro As-Available Generation: 11 MW Lanai Solar As-available Generation: 1.2 MW Kaheawa (Wind) As-available Generation: 30 MW Hawi Renewable Development (Wind) As-Available Generation: 10.5 MW Puueo & Waiau (Hydro) As-Available Generation: 3MW Distributed PV 40 MW Keahole Solar (Concentrated Solar) As-available Generation: 0.5 MW Tawhiri (Wind) As-available Generation: 20 MW Puna Geothermal Venture 4 Firm Generation: 30 MW
3 PV Growth Installed PV Capacity for HECO/MECO/HELCO, MW Installed PV, MW Cumulative MW Added MW/Yr Year New Renewable Energy Under Development or Negotiation H-Power 27 MW expansion Honua 6.6 MW gasification IC Sunshine 5 MW PV Kalaeloa Solar One 4 MW CSP Kalaeloa Solar Two 5 MW PV Kawailoa 70 MW wind (Oahu) KWP II 21 MW wind (Maui) Sempra 21 MW wind (Maui) PGV 8 MW expansion HNL Airport 8 MW Biodiesel Mililani 20 MW PV Farm OTEC International 100 MW NEM, FIT, other PPAs Kahuku Wind
4 Time of Day System Integration: Critical Pathway to Achieving the Portfolio Tuning of conventional generating units Advanced monitoring and communications Balance of firm and non-firm resources Demand response Energy storage Need proper grid infrastructure and nonconventional energy resources to realize the full potential of renewable energy 7 Key Issue: Renewable Integration High distributed PV penetration impacts circuit power quality Loss of aggregated PV can affect system-level operations of islandbased grids High wind penetration impacts system frequency Need firm sources of generation to mitigate up and down ramps
5 Renewable Integration Solutions Generation and Unit Response Operational Enhancements Predictive capabilities and forecasting Visualization tools System and circuit modeling tools Smart grid Generating unit tuning and operating modifications AGC/EMS tuning DSG/quick-start generation Advanced inverters and controls Dynamic Response Fast DR Pilot (quickstart bridge resource) Dynamic Pricing EV/PHEV charge management Smart Grid Energy Energy storage RD&D projects Technical/modeling assessments Other storage technologies (e.g., ice storage, capacitors) A wellcoordinated deployment of a portfolio of solutions will solve the RE integration puzzle. Energy Applications Problem/Challenge High penetration of intermittent generation Excess energy Excessive ramp rate (wind and PV) Faults/Disturbances Potential Energy Applications RE smoothing Frequency response Voltage regulation RE firming Energy shifting Downward regulation RE smoothing RE firming Voltage regulation Load shifting Black start
6 Energy Approach Execute a flexible and coordinated plan: Seek partnerships to leverage resources Implement a parallel-path approach for technology and business case assessments Assess the feasibility and viability of energy storage Pursue high-priority applications and funding opportunities Determine appropriate role of HECO Utilities in energy storage HECO s Energy Activities Generation & IPPs Transmission & Transmission Substation Sub-transmission & Distribution Substation Distribution & Service System-Level Distribution Substation Distributed IPP Integration LSR PV-BESS (Lanai) First Wind Kahuku Wind BESS (Oahu) RE Integration (Wind Smoothing) HELCO-HNEI BESS (Big Island) Feasibility/Technical/Modeling Assessments PSH feasibility & modeling studies CAES assessment Liquid air energy storage RE Integration (Power Conditioning) HECO PV integration (Oahu) HELCO BESS (Big Island) MECO BESS (Maui) Grid Support MECO Smart Grid BESS (Maui) Integrated Integrated PV- BESS (Oahu) EV/PHEV Charging HECO PV-BESS (Oahu) HECO Utilities are conducting demonstration projects to address high-priority problems and utilize available external funding
7 Energy Demo Projects Project Objective Target Operation System-Level HELCO ONR/HNEI BESS (Big Island) RE integration Wind smoothing 3Q 2011 HECO BESS (Oahu) RE Integration (PV) Voltage regulation 4Q 2011 Distribution Substation HELCO BESS (Big Island) MECO BESS (Maui) RE Integration Voltage regulation RE Integration Excess energy 4Q Q 2011 MECO Smart Grid BESS (Maui) Grid support Circuit peak load shift Voltage support 4Q 2011 Distributed EPRI: HECO PV/BESS (Oahu) RE Integration (RD&D) PV ramp mitigation 1Q 2012 EPRI: HECO PV-BESS EV Charge Station (Oahu) Customer choice EV charging (RD&D) 3Q 2011 Distributed PV Integration Project Partnership with HNEI-UH High visibility project Evaluate substation-sited BESS to improve power quality (voltage) on distribution feeder with high PV penetration Feeder: ~26% PV penetration; extensive load and solar monitoring
8 Closing Thoughts What Must We Do to Succeed? Understand the benefits and costs of renewables and energy storage Seize the opportunity to make Hawaii the model for integration of renewables Evaluate all potential solutions Willingness to take reasonable risks Shared responsibility by all in participating in the renewable future
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