Enernet

Enernet is an integrated and active energy management system (EMS - Energy Management System). It enables the implementation of an energy auto-audit by monitoring energy consumption with accuracy for each operated device, data analysis and identification of irregularities, and preparation of reports. An element of Enernet is an autonomous object-based energy management system. It is based on the Telzas driver and the WinCN 5 supervision system.

Basic functions and purpose of system implementation

• Control of electricity consumption of the site or groups of sites/devices
• Current information about the level and cost of energy consumption of site/device
• Remote reading of energy consumption using dedicated energy meters
• Forecasting energy budget/costs over a given period of time
• Analysis and comparison of energy consumption in given periods of time
• Verification and simulation of the impact of changing the operating parameters of devices on the reduction of energy consumption costs
• Verification and simulation of the impact of installing energy-efficient solutions on the sites
• A given energy audit of the facility based on measurement data from the system

Main benefits of system implementation

Reduce commutes - Remote meter reading
Reduction of travel costs (up-to-date information on energy consumption from the Enernet system) in order to read the sub-meter or collect billing from the owner.

Reducing energy costs
Verification of the impact of the installation of energy-efficient solutions (e.g. modernization of the power plant, changes in HVAC settings) on the reduction of energy consumption. Based on the data from the system, it is possible to determine what benefits the applied energy-efficient solutions bring and to plan and apply solutions in other sites in order to obtain even greater benefits. .

Management support - verification of "invoices" and correction of incorrectly calculated "invoices" from submeters
Up-to-date data on monthly energy consumption will allow you to quickly verify the level of correct calculation of fees for the operator by the owners of submeters. The benefit consists in reducing the number and level of fees incorrectly charged by the furry sub-meterers. .

Management support - ongoing supervision of the level and costs of energy consumption of sites
Current information on EAC and EDC energy consumption will allow you to reduce administrative costs related to the possible preparation of cyclical analyzes and reports related to energy (verification of invoices, writing down meter values, etc.).

Management support - automatic budget forecasting in relation to information on the energy consumption of sites
Forecast energy consumption for the network based on energy consumption data for previous years will allow for accurate budget planning for future years. The data available automatically from the system will allow you to reduce administrative costs related to the preparation of analyzes and more accurately forecast the budget to avoid excessive fees related to overestimation. .

Management support - current level of network energy indicators, e.g. PUE
Data from the energy system will allow you to quickly introduce and verify energy indicators, e.g. PUE (EAC/EDC). Subsequent ongoing analysis of the indicators will allow to take actions aimed at adjusting the operating modes of the devices at the station in order to achieve greater energy efficiency of the station. .

Management support - aggregation of audit data in order to perform an independent energy efficiency audit
Data from the system on energy consumption will allow remote audits of energy-efficient networks, so it will not be necessary to commission audits for companies. ext(saving).

Verification of the impact of modification of HVAC settings in OUTDOOR sites on energy consumption
The analysis of data from the system will allow to verify the impact of tests on outdoor sitess, e.g. in terms of the impact of changing the settings of the heaters' shutdown temperature on the reduction of energy consumption at the station. And the subsequent use of test results at other sites for additional savings.

Verification of the impact of modifying HVAC settings in INDOOR sites on energy consumption
The analysis of data from the system will allow to verify the impact of tests on indoor sitess, e.g. in terms of the impact of changing the settings of the air-conditioner activation temperature, changing the FC operating parameters on the reduction of energy consumption at the station. And the subsequent use of test results at other stations for additional savings. .

Verification of the impact of modification of HVAC settings in OUTDOOR sitess on energy consumption
The analysis of data from the system will allow to verify the impact of tests on outdoor sitess, e.g. in terms of the impact of changing the settings of the heaters' shutdown temperature on the reduction of energy consumption at the station. And the subsequent use of test results at other stations for additional savings. .

Verification of the impact of modifying HVAC settings in INDOOR sites on energy consumption
The analysis of data from the system will allow to verify the impact of tests on indoor sites, e.g. in terms of the impact of changing the settings of the air-conditioner activation temperature, changing the FC operating parameters on the reduction of energy consumption at the station. And the subsequent use of test results at other stations for additional savings. .

DOCUMENTATION

Catalog card - Enernet 

 

 

A project co-financed by the European Union from the European Regional Development Fund.