resilient photovoltaic systems · distributed utilities for remote villages. 08/06/2018 4 pv and...

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08/06/2018 1 Resilient Photovoltaic Systems Kyle Datta General Partner What is Resilience? re•sil•ience noun 1. the ability of a system to survive large-scale, complex disruption Critical Infrastructures Water System + Sanitation Communications + Information Health Emergency Services Food Mobility Electrical System Transport System EVs

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Page 1: Resilient Photovoltaic Systems · Distributed Utilities for Remote Villages. 08/06/2018 4 PV and Battery Microgrids • 85% Solar and 15% generator • For peak load of 0.6 MW, 1.5

08/06/2018

1

Resilient Photovoltaic

Systems

Kyle Datta

General Partner

What is Resilience?

re•sil•iencenoun

1. the ability of a system

to survive large-scale,

complex disruption

Critical Infrastructures

Water System + Sanitation

Communications + Information

Health

Emergency Services

Food

Mobility

Electrical System

Transport System

EV

s

Page 2: Resilient Photovoltaic Systems · Distributed Utilities for Remote Villages. 08/06/2018 4 PV and Battery Microgrids • 85% Solar and 15% generator • For peak load of 0.6 MW, 1.5

08/06/2018

2

How Can Renewables Improve Resilience?

Local, not dependent on ports

Siting and hardening

Transmission architecture matters

Distributed with grid modernization

Electrification of transportation

Kaua‘i: 97% Renewable Power During the Day

80% solar penetration; 97% renewable

Page 3: Resilient Photovoltaic Systems · Distributed Utilities for Remote Villages. 08/06/2018 4 PV and Battery Microgrids • 85% Solar and 15% generator • For peak load of 0.6 MW, 1.5

08/06/2018

3

Distributed, Renewable & Resilient

Distribution

Substation

Industrial Commercial Residential Critical

Facilities

Microgrid

Minigrid

Transformer

Distributed Utilities for Remote Villages

Page 4: Resilient Photovoltaic Systems · Distributed Utilities for Remote Villages. 08/06/2018 4 PV and Battery Microgrids • 85% Solar and 15% generator • For peak load of 0.6 MW, 1.5

08/06/2018

4

PV and Battery Microgrids

• 85% Solar and 15% generator

• For peak load of 0.6 MW, 1.5

MW PV and 4 Mwh storage

covered the demand

• At larger scales, 5-6 hours of

storage appears to suffice for

reliability

Kyle Datta

General Partner

[email protected]

ulupono.com