{"id":4291,"date":"2015-03-30T15:16:37","date_gmt":"2015-03-30T18:16:37","guid":{"rendered":"https:\/\/greenpowerlabs.com\/presentations\/"},"modified":"2015-03-30T15:16:37","modified_gmt":"2015-03-30T18:16:37","slug":"presentations","status":"publish","type":"page","link":"https:\/\/greenpowerlabs.com\/cn\/presentations\/","title":{"rendered":"presentations"},"content":{"rendered":"

Presentations<\/h3><\/span>
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As a thought leader, we believe we have a responsibility to share our knowledge and know how. Through our participation in International Energy Agency\u2019s taskforces, the Solar Electric Power Association and Utility Variable Integration Group as well as presentations to industry and community leaders, we share and support our vision for a smart energy future.
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\nBelow are selected presentations to these groups.<\/p>\n<\/div><\/div>

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<\/i>Gaining Visibility of Solar on the Distribution System<\/a><\/span>

SEPA Solar Integration Workshop, April 30, 2015<\/strong>
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\n\u2022 DMS vendors require utility direction on DER requirements
\n\u2022 DMS and Forecast vendors are partnering with utilities seeking to integrate DER into core electric distribution operatons (enhanced OMS\/DMS) capabilities
\n\u2022 Numerous testbeds are required for \u000bDERMS and SPGC task-specific \u000btesting and validation
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\nTo read a full version download as a pdf (5Mb)
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\n Download a pdf <\/a>
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<\/i>Solar Power & Utilities: Today and Tomorrow<\/a><\/span>

Author: Alexandre Pavlovski, Green Power Labs Inc.
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\nNova Scotia Power Customer Symposium, March 2015<\/strong>
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\nAn analysis, completed by the University of Cambridge and PwC, finds solar photovoltaic power is expected to reach grid parity in 80% of countries in the next two years. Grid parity is the crossover point at which a grid energy and solar energy have equal cost. As a result, we need to prepare, to develop and deploy new technologies that reflect the coming changes to how we manage the generation and distribution of electricity.<\/p>\n

There is also significant opportunity in this evolving market for innovative Nova Scotia companies. The photovoltaics (solar electricity) market is expected to grow from $89.52 billion in 2013 to $345.59 billion by 2020. Green Power Labs is pleased to be working in this grid edge market. Our multi-disciplinary team together with internationally recognized researchers at our Nova Scotia universities are developing and testing predictive solutions that will support both the Nova Scotia and global change to a new energy future.
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\nTo read a full version download as a pdf (2.5Mb)
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\n Download a pdf <\/a>
\n <\/p>\n<\/div><\/div>

<\/i>Distributed PV Power Generation Forecasting for Distribution Management<\/a><\/span>

Author: Chris Carter, Analyst, Green Power Labs Inc.
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\nEU PVSEC, Amsterdam, September 23, 2014<\/strong>
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\nSan Diego Gas and Electric (SDG&E) service area has over 20 000 installed distributed PV (DG-PV) sites. DG-PV sites are installed in a behind-the-meter configuration and their output is currently not visible to SDG&E. In 2013, GPL and SDG&E developed an approach to account for DG-PV output in SDG&E\u2019s DMS.
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\nDeveloped DG-PV model capable of \u000bproviding forecasts for tens of \u000bthousands of DG-PV sites at resolutions down to 5 minutely, and for horizons going out 120 hours. Capable of providing power data for unmonitored sites without known technical specifications. Allows DMS to account for increased load variability caused by increased DG-PV penetration.
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\nTo read a full version download as a pdf (3Mb)
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\n Download a pdf <\/a>
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<\/i>Decision Support for Solar Power Deployment: Geospatial Applications<\/a><\/span>

Presentation to TECTERRA, 2013<\/strong>
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\n An overview of Green Power Labs\u2019 comprehensive technology platform for solar power integration including:
\n\u2022 High Resolution Solar Resource Mapping
\n\u2022 Site Selection & Resource Assessment
\n\u2022 Solar Resource & Power Monitoring
\n\u2022 Solar Resource & Power Forecasting
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\nTo read a full version download as a pdf (6.8Mb)
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\n Download a pdf <\/a>
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