1. Energy Management IoT Solutions

2. AGENDA WHAT IS ENERGY MANAGEMENT?
ADVANTAGES OF ENERGY MANAGEMENT SYSTEMS
ENERGY MANAGEMENT SYSTEM SELECTION GUIDE
KIO: OVERVIEW
KIO: FEATURES
KIO: SOLUTIONS
KIO: ADVANTAGES
KIO: Q&A SESSION

3. WHAT IS ENERGY MANAGEMENT?
ENERGY MANAGEMENT is the proactive, organized and systematic coordination of procurement, conversion, distribution and use of energy to meet the requirements, taking into account environmental and economic objectives.

4. WHAT ARE THE ADVANTAGES OF ENERGY MANAGEMENT SYSTEMS?
Prevents unnecessary service costs with remote monitoring and alarm management.
Enables quicker intervention to failures, minimizing downtimes.
More efficient working with predictable maintenances.
System logins are monitored instantly so any unauthorized access can be blocked immediately.
Saving Time and Work Force

5. WHAT ARE THE ADVANTAGES OF ENERGY MANAGEMENT SYSTEMS?
Device failures caused by electric problems are minimized by detecting and taking necessary actions for energy quality problems in the network.
Analysis and reports are generated automatically, so human errors are eliminated, results savings in time and work force.
Consumption values can be compared with similar categories or previous periods, so you can take the right steps for savings.
Reduced Costs with Energy Efficiency

6. Is it enough to monitor energy consumptions just with invoices and electric meters?
You need right data to get the right decisions for energy saving.
Which departmens or devices consumes most?
When is the peak period for energy consumption?
What is the correlation between consumption amounts and other parameters like weather, capacity, etc?
How often do you face with downtimes caused by energy quality?

7. Saving points can be easily analyzed by comparing consumption amounts.

8. Categorizing consumptions will help you to analyze saving points for facilities.

9. IMPROVEMENTS AND EXTENSIONS
ENERGY MANAGEMENT SYSTEM
SELECTION GUIDE
MEASUREMENT
PRECISION
RECORDING
COMPABILITY
COMMUNICATION
QUALITY
INTEGRATION
ACCESSABILITY
IMPROVEMENTS AND EXTENSIONS
EASE-OF-USE
ALARM MANAGEMENT

10. MEASUREMENT
Standard electric meters can only measure energy consumption, just energy consumption costs can be controlled with this method.
Advanced energy analyzers measure many different parameters, energy quality problems can be detected by monitoring these parameters; so you can prevent malfunctions caused by energy quality and make extensive savings.
On the other hand, these monitored parameters create a basis for decision making authorities, provide broader perspective and more effective decisions for management.

11. PRECISION
You need accurate data to make the right decisions. Precise measurements enable detailed and reliable reports.
Energy quality problems (i.e. harmonics) affects the measurement accuracy, so True RMS measurement systems should be preferred.
Sampling rate is quite important to detect energy quality problems, devices with high sampling rates should be preferred.

12. RECORDING
Energy monitoring logs can be kept at servers or internal memory of the monitoring device. Each method has its advantages.
Keeping logs at servers enables more frequent, more flexible records and these records can be kept for longer periods.
Keeping logs at device memory saves your records in case of communication errors.

13. COMPABILITY
A system compatible with different devices helps to reduce the costs and brings ease-of-use.
Analyzers can be easily included to the system without any additional costs, simply by using DI/DO options on the device.
Metering data, production quantities, system rooms and panel door positions can be monitored easily through DI inputs and pulse outputs.

14. COMMUNICATION
Standard communication protocols enable all devices work in a harmony and new devices can be easily integrated to the system
Considering the data volume and size, communication system should work fast and reliable.
An energy management system compatible with the current infrastructure cuts the costs down and provides an economic solution.

15. QUALITY
You need accurate data to make the right decisions. Precise measurements enable detailed and reliable reports.
Ask for measurement accuracy certificates for measurement devices.
Devices should comply with international standards like CE, EN and have test reports like EMC.

16. INTEGRATION
Many different systems might be in use within a facility processing accouting, maintenance, production etc. An energy management system communicating with these softwares enables smooth and fast reporting.
Choosing SQL database systems which is broadly used for industrial softwares makes data sharing easy between systems.
The system should communicate with other softwares through intermediary tools like OPC Server.

17. ACCESSABILITY
Single server software and user authorization are vital elements for data security and system performance.
Users should be categorized into different levels and each user should get access only the authorized part of the system.
All data should be kept in a secure server and backed-up regularly.

18. All KIO users can get access to the web-based system from their computers within their level of authorization.

19. IMPROVEMENTS AND EXTENSIONS
Industrial systems are in rapid development with new technologies, so the energy management system you choose should also adapt itself to changes and provide scalable solutions.
Energy management softwares usually provide development tools but may require extra service contracts. Industry specific custom solutions provide user friendly and economic solutions.
System can be scaled easily with modular structure, easily adapts to different needs and extensions.

20. EASE-OF-USE
Ease-of-use and user interface are important factors affecting user efficiency.
Users should only see the related data with their authorization level, so they will not get lost in unnecassery data.
Similar functions should be combined in a single menu for easy access.
Reporting stage should be simple and quick with standard, ready-to-use report templates.

21. Authorization levels enable different levels of accessibility for users.

22. Custom dashboard views makes it easy to see all data on one screen.

23. Custom dashboard views makes it easy to see all data on one screen.

24. Custom dashboard views makes it easy to see all data on one screen.

25. Custom dashboard views makes it easy to see all data on one screen.

26. ALARM MANAGEMENT
Alarm management system should give instant warnings and keeps the record of all processes.
Alarm status should be monitored contuniously and related users should be informed via or SMS in case of any alarms.
Approval logs for alarms should be kept with user data.

27. Alarms occured can be monitored instantly and task can be assigned.

28. Occured alarms can be forwarded to related people.
Dear User,
This sent you because you are subscribed to logged alarms list.
Please do not reply to this !
Device Description:
ANKARA OFFICE – ANKARA REGION OFFICE / ANATOLIAN REGION
Alarm Description:
Low Power Alarm
Alarm Level:
Warning
Alarm Occurance Date:
:04:53 (UTC +03:00)
Target Range:
Out of Range
Alarm Minimum Rate:
10.0 kW
Alarm Maximum Rate:
20.0 kW
Alarm Rate:
0,133 kW
Occured alarms can be forwarded to related people.

29. Repair and intervention performance can be easily analyzed by reporting alarms occured.

30. Klemsan Internet Objects

31. KIO: OVERVIEW
KIO - Klemsan Internet Objects, is a web-based energy management IoT platform developed by Klemsan.
KIO provides scalable applications and custom solutions for the industries with its expandable modular structure. KIO offers a single solution for all energy management needs with its advanced features like real-time monitoring, reporting, invoicing, alarm management, and many other for energy efficiency.

32. KIO: FEATURES Web Based System
Users can gain access to the system regardless of the platform, simply through a standard web browser.
Modular Structure
Modular structure enables various expansion options on a single system according to the needs of the customers.
Advanced Database
Advanced database features enable detailed device monitoring, parameter logging, analyzing and reporting.

33. KIO: FEATURES Time Zone Support
Different time zones can be defined for the devices located at different regions with time zone support.
Security
HTTPS support, user passwords, function and profile based user authorization ensures a high-level system safety.
Load Share
Number of devices that communicate is infinite with load share, a single server supports more than devices.

34. KIO: SOLUTIONS Energy Public Renewable Energy Shopping & Retail
Office Buildings
Banking
Production
Health Services
Tourism

35. KIO: Q&A SESSION

36. THANK YOU!