Smart Metering Operations Centre

Show rendering of SMOC layout, cosmetic and aesthetic elements. The rendering must be presented to the technical team and further details can be voiced.

Show rendering of SMOC physical hardware to be installed in SMOC

Demonstrate the controllability of the room solution by the system that can do the following: * move screen from any of the consoles (operators' desks) onto the video wall * the video wall can be segmented with clear readability from multiple display windows, to two display windows, * The solution can control peripheral devices such as blinds, HVAC, * Show system security for multiple users accessing with different security access levels, * Demonstrate teams functionality in room, with camera, audio and adjustments.

Demonstrate the solution functionality to be able to Display the following : * To manage, in real time, of the LV network and have a strong focus on Advanced metering infrastructure. * Enhance operational efficiency by automating meter reading, remote connect/disconnect, bring in sensor inputs from LV network and creating rules/functions to address alarms and theft detection * Improve outage detection, management, and restoration times. * Provide customer with detailed energy usage information to enable conservation * Detect and reduce non-technical losses * Support the integration of distributed energy resources like rooftop and EVs etc.

Demonstrate the solution ability to display the following HES functionality, to complete via HES:: * automated meter provisioning, * remote connection/disconnection for services, * firmware update to meters in the field, * Collect and buffer interval consumption data for all meter types, alarms/events from meters, * real-time communication network health monitoring and diagnostics.

Demonstrate the solution is able to Display the following MDMS functionality, to complete via MDMS: * Perform validation, editing, and estimation VEE on all metering data, * Support complex tariff and rate engine calculation, * Enrich meter data by associating with customer, premise, and transformer/phase information from Customer Care & Billing system CC&B(CIS) and GIS, * Generate load profiles for different customer classes, * Provide tamper and theft analytics based on usage patterns and event flags, * Serve as the single source of truth for meter data, providing secure APIs for data export to other systems (CIS, Analytics and GIS)

Demonstrate the solution is able to Display the following, either on its own or through MDMS and HES: * Provide outage intelligence by correlating events, alarms and other system data to prove pinpoint outage location on a map, with visualisation through GIS, * Offer LV network visibility (Voltage profile, transformer loading) using meter data and sensors, * Enable prepaid metering functionality if required, * Provide customizable dashboards and reports for both operational and business users.

Demonstrate the solution provided can display the following functions: * Energy Monitoring: * Energy flow, energy balance, * Branch energy consumption monitoring, * Calibration and sub-item monitoring, * Meter real-time data monitoring, * Meter hourly data monitoring and * equipment parameter reporting

Demonstrate the solution provided can display the following functions: Energy Saving Analysis: * Company/Department/customer/branch consumption analysis,

Demonstrate the solution provided can display the following functions: Alert management: * Virtual object group information * Alarm rules creation and information, * Alarm Subscription for priorities and SMS/email/app notification to customers

Demonstrate the solution provided can display the following functions: Data monitoring and performance: * Meter information accuracy in all AMI value chain and systems (HES, MDMS, CC&B) – (The data collection and monitoring of instruments allow viewing the recent collection status of all metering instruments under the gateway, including information such as the instrument code, instrument name, last collection time, and online status.)

Demonstrate the solution provided can display the following functions: System management: * Supplier and product information of meters and supporting LV devices to manage instruments and supplier performance per equipment in the field

Demonstrate the solution provided can display the following functions: Audit Statement Management: * Energy Intensive reading report to centralized meter reading, can inquire energy consumption information of all meters, including daily energy usage data and periodic energy usage data.

Demonstrate the solution provided can display the following functions: Electricity consumption reporting: * Daily and monthly Electricity meter reading reporting, * Daily and monthly Electricity consumption reporting, * Daily and monthly Electricity purchasing reporting.

Demonstrate the solution provided can display the following functions: Management of other energy resources through AMI: * PV systems (Photovoltaic system, customize development dashboard module, displaying information about the photovoltaic system, including power generation, inverter online status, generation achievement rate, daily equivalent hours of utilization, and other information.)

Demonstrate the solution provided can display the following functions: Storage Management (Energy storage management system, * customize development dashboard module, displaying information about the energy storage system, including real-time status of the energy storage cabinet, number of charge and discharge cycles, energy storage revenue, and other information.)

Demonstrate the solution provided can display the following functions: EV Charging management system (Charging management system, customize development dashboard module, displaying information about the charging piles, including the operation status of the charging piles, charging fee statistics, energy consumption data of the charging piles, and other information.)

Demonstrate the solution provided can display the following functions: Power Distribution Management system (Distribution management system, customize development dashboard module, displaying information about the distribution room, including real-time monitoring of the distribution room, alarm information from the distribution room, real-time data from sensors such as smoke detectors and water immersion, etc.)

Demonstrate the solution provided can display the following functions: Demonstration must show data through different means, through GIS, dashboards, KPIs, etc.

Show the dashboards/displays for segments on the distribution network with customers using DER (PV, BESS, Microgrid etc). To be identified is the true situational awareness tool of the status of the DER, feeder loading, voltage, currents and effects on the network.

Show the dashboards/displays/simulate a sunny afternoon where high solar export for our residential neighbourhood, while causing overvoltage condition on the specific LV feeder. Show the status of the network, the relevant alarms and how automatic calculations are performed and/or execute solutions. Show Smart inverter information to curtail real power. The algorithm will need to be explained

Show the dashboards/displays/simulate an EV fast charging station that has just been energised. Show the impact on the local transformer and Demonstrate loading factors, and how to prevent overload. Further demonstration on performance on the EV charger when charging a vehicle, information on load profile, currents etc. The demonstration should identify forecasting to incorporate predictable EV charging behaviors. Show commands to curtail the charging station power draw.

Show the dashboards/displays/simulate a peaking microgrid that is coming online and demonstrate reverse power flow on the feeder. Demonstrate how the solution addresses this scenario on a transformer feeder. Demonstrate how the solution manages individual assets or truly aggregates them, one additional DER must be added (PV, EV, BESS).

Show the dashboards/displays/simulate a fault on the network. Show how the solution can perform fault detection through fault location, isolation etc capabilities. Integration with AMI outage data must be shown.

Show the dashboards/displays/simulate additional sensor assets on the network. Through the AMI there could be sensors in/on transformer which communicate with the DCU. Show what data is represented and how actions can be taken on them can be taken

Demonstrate the use of GIS to identify areas with most alarms, high or low energy consumption. GIS must be represented from a large area to transformer feeder. The details shown on GIS display from high level data to refined data at transformer level. With the respective commands also changing according to assets represented on the screen

Show the development functionality for customisation of display, rules, algorithms and APP creation.