Topic:"Load Management" in M08604

d that this disparity should not be expected for the metering study conducted with EPI, since LEDs were systematically installed in all those sockets where incandescent lamps were previously found. Project No. 6138 211 Residential Lighting...

AI summary The document discusses a residential lighting metering study conducted by Efficiency Nova Scotia, comparing results from the Northeast study and the EPI study. The study highlights differences in average hours of use (HOU) between exterior and interior lamps, and it introduces a section on peak demand savings analysis, focusing on electricity demand peaks in Nova Scotia.

gure 3: Lamp Use Pattern during the Peak Period by 15-minute Interval 7,00 6,00 Average Minutes of Use 5,00 4,00 5:00‐5:14 5:15‐5:29 3,00 5:30‐5:44 2,00 5:45‐5:59 1,00 6:00‐6:14 6:15‐6:29 0,00 6:30‐6:44 6:45‐6:59 The above figure shows tha...

AI summary The figure illustrates the pattern of lamp usage during peak hours, showing increased use in main living areas from 5 p.m. to 6:30 p.m., with a decline in kitchen usage and an increase in living room usage between 6:30 and 7 p.m.

April 2014 N/A activity mode Controlling electricity consumption during the sanitation- None 2.2 April 2014 N/A 2 maintenance mode according to specific kilowatt targets Reducing unnecessary electricity load (such as hydraulic power None 2...

AI summary The text outlines various measures taken to reduce electricity consumption during different operational modes, including turning off non-essential equipment on weekends and adjusting processes based on production needs. These actions are part of energy efficiency initiatives aimed at reducing unnecessary load and optimizing energy use.

savings to ensure that the daily operating schedule coincides with the system peak demand period, since the Evaluator found multiple cases where adjustments were required.

AI summary The text discusses the need to align daily operating schedules with system peak demand periods to ensure savings, as adjustments were found necessary in multiple cases by the Evaluator.

and 2017 Evaluation Reports (NSUARB M08604) NSPI Responses to CA Information Requests NON-CONFIDENTIAL 1 Request IR-1: 2 3 Please provide a detailed description of all peak demand reductions (projects, studies and 4 investigations) underta...

AI summary NS Power outlines four peak demand reduction initiatives over five years: Power Shift Atlantic (2010-2015) using load-shifting technology, Intelligent Feeder (ongoing) testing battery storage, Locational DSM (ongoing) assessing substation-level demand reduction, and a Large Industrial Interruptible Pilot (2013-2015) enhancing reserve capacity. These projects aim to manage demand through technology and grid optimization.

2032 188 120 2033 193 113 2034 192 130 2035 196 143 2036 192 150 2037 196 155 2038 197 163 2039 173 169 2 3 4 Indications of continued load-growth within the NS electricity system 5 Indications of continued load growth, as evidenced in rec...

AI summary The text discusses load growth within the Nova Scotia electricity system, referencing load forecasts and the need for demand reduction and response offerings to maintain resource adequacy and minimize revenue requirements. It cites reports filed by NS Power and references a demand side management resource plan.