PV.SCADA

Total management over a solar generation

PV.SCADA is a user-friendly and reliable hardware and software system for monitoring and efficient management of industrial solar power plants.

MONITORING

solar power plants’ efficiency

MANAGING

solar power plants’ operation

MINIMIZING THE RISK

of generation loss

170

system users

300 SPPs,

connected to the system

2,5 GW

of SPPs connected to the system (Ukraine)

56MW

of SPPs connected to the system (Latvia)

Versatility

for industrial solar power plants of any capacity and equipment type

Cross-platform compatibility

adaptable to any devices with any operating systems

User-friendliness

intuitive interface; monitoring, and management of several stations at once

Cybersecurity

data transmission via closed VPN network, external audit and other measures

Artificial Intelligence

system’s self-learning through accumulated experience

Reliability

fault-free operation due to "hot" backup on a dedicated server

Integrability

possibility to add our modules PVSyst, PV.Forecast or other systems

Uniqueness

developed and constantly upgraded by KNESS RnD team

Efficiently utilize the potential of solar generation
with PV.SCADA

System functions

Slide 1

Information on the solar power plant’s operation:

+"Express" information in a compact view

+ Current information in the form of diagrams

+ All technical parameters for the current day in graphs

+ Automated notifications on any changes in network parameters within the set values, as well as notifications on alarms regarding malfunctions and other events at the facility

• Current generation values (MWh), PVSyst
• Daily generation (MWh)
• Current active power (MW)
• Other technical parameters of the power plant’s operation

Slide 2

Analysis of solar power plant’s operation

+ Tabular and graphical data comparison of PVsyst plan, actual energy (according to commercial metering) and expected energy (estimated generation value based on PVsyst data and data measured by the weather station);

+ Calculation of PR (performance ratio), % to determine the efficiency of the power plant.

+ Implementation of an automatic algorithm for detecting damaged strings (smart analytics)

Slide 3

Automated control of solar power plant’s operation

+ Telecontrol: remote control of switching devices (high-voltage circuit breakers, depending on the type of equipment)

+ Remote control of the level of active power generation;

+ Voltage regulation (by reactive power consumption/generation);

+ Compensation of reactive power consumption (approaching 0 in terms of reactive power consumption from the grid).

Slide 3

Storage and management of historical data

+ Graphical representation of selected equipment operation parameters for a specified period of time (since the implementation of PV.SCADA);

+ Full archive of all events (alarms, user actions, technological violations and failures) for the entire operation period;

+ Convenient filter tool;

+ Data export in a convenient format (csv, xls);

+ Possibility to change the discreteness for displaying and downloading

Slide 3

Additionally

Generation forecasting analytics with the use of AI technologies (for customers of forecasting):

+ Displaying the actual volumes of electricity generation/output (ASCEM data);

+ Displaying the forecast volumes of electricity generation/ output;

+ Forecast system operation analytical report

Slide 3

Additionally

Displaying parameters measured by the weather station (if available):

+ Solar radiation power;

+ Ambient temperature;

+ Wind speed;

+ Other

What you get with PV.SCADA

For the owners of solar
power plants

Cost optimization through timely response to plant failures due to detailed performance analytics
Process optimization and improvement of technical solutions on the basis of reliable data
Access to reports on solar plant’s performance

For the technical
specialists

Process automation to the fullest extent possible for quick response, efficient data exchange and collection
Rational use of time and resources due to remote power plant management
Early detection of deviations in equipment operation and prompt response to any changes in power plant operation to prevent failures

For the dispatching
centers

Centralized control and management of a group or individual solar power plants in one tab in real-time
Efficient electricity generation management based on data analysis within any period; convenient work with statistics
Immediate response to changes in generation to optimize operations and ensure stable generation

What we offer

Customized solutions regarding PV.SCADA features
Fast deployment of the software and hardware complex in any country in just one day
System maintenance and administration, monitoring of PV.SCADA operation parameters and provision of necessary information
Regular software updates according to the demands of the time and considering changes in the current regulatory and technical documentation

Learn more

Increasing the number of input/output signals, programming new protocols and additional units
Executing orders for unloading/loading power plants
Dispatching of solar power plants using PV.SCADA with the ability to interact with the restriction management system of remote electrical installations
Additional functions for customers of commercial metering services (ASCEM), forecasting of electricity production (PV.Forecast)

For more information

or to order products, please
reach out via

Vitalii Riezvykh

Sales Manager

+38 050 507 21 57

Hotline

(Call us free from mobile and landline phones):

0800 306 878