Geoinformation system of community energy efficiency

Geoinformation system of community energy efficiency– modulegeographic information system of the territorial community, which provides collection, processing and visualization of energy data, modeling, forecasting of energy efficiency management processes, and support for making management decisions aimed at increasing the energy efficiency of the community economy. The software complex provides the user with a wide set of tools for creating, filling and editing electronic maps, performing calculations in the field of energy efficiency, developing work organization plans for the implementation of energy-efficient measures, creating route maps for the maintenance of communally owned objects of the community by bypass method.

Capabilities of the geoinformation system:

• the modular architecture of the software allows for the gradual implementation of local community energy efficiency programs;

• deployment of the system includes supplying the customer with hardware and software, filling databases, training specialists to keep the system up-to-date, technical support;

• the software has an intuitive interface, the software is built on the basis of modern geo-information technologies;

• system support does not require programming knowledge, there is no need to keep programmers in the customer’s staff;

• the system interface includes a control panel for data sets, separate map resources, layers of spatial information, etc.;

• regulated access to information resources thanks to the assignment of roles to system users (administrator, operator, editor);

• connection to a set of display of space images, orthophoto plans, urban planning documentation, raster schemes, etc.;

• execution of spatial and attributive queries, the possibility of searching, group editing of data.

The structure of the layers of the geographic information system:

• electronic map visualization subsystem of objects of electricity consumption (enterprises of transport, industry, housing and communal services), objects of energy production (solar and wind power plants) and energy transportation (engineering networks) in the mode of combining with mapping services (Google Maps, Open Street Map, etc.),city planningandland managementdocumentation;

• subsystemimplementation of operational inventory (energy audits) of enterprises and communal property objects in real time using mobile devices;

• a subsystem for making public electronic appeals and registering incidents by citizens (emergency service calls, pipe bursts, etc.) using mobile devices;

• a visualization subsystem of the main indicators of community energy management as a consolidated information panel (dashboard).