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System checks

We have advanced system check software, and our experts have years of experience in the field.

When preparing new projects in the field of electricity systems, especially transmission and distribution systems, it is fundamental to set up a computer model of the system in advance and use it to analyse the stress that individual parts of the system, as well as the system as a whole, must endure.

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We know what works

The same can be said about the analysis of systems that are already in operation – for example, if there are problems in their operation or if there is a need to alter or expand them. Verkís has considerable experience in analysing and consulting on the behaviour of systems and uses software for this. Results have been used as criteria for equipment design in both large and small projects with good results.

The company has two types of software for analysing electrical systems, Power Factory from Digsilent in Germany, and Paladin Design Base from Power Analytics in the USA. For the design and analysis of ground electrode systems, the company has the software CDEGS from SES in Canada. We keep up with technological innovations and developments in the field of system checks, and ensure that we always use the best available equipment. Service agreements with software manufacturers ensure that we always have the latest versions and access to support if needed.

Verkís has considerable experience in analysing and consulting on the behaviour of electrical systems, and uses software which is suitable for both large and small projects, whether high voltage, medium voltage, or low voltage.


Contacts

Jakob Logi Gunnarsson
Electrical Engineer B.Sc.
Division: Energy
jlg@verkis.is

Fannar Pálsson
Electrical Engineer M.Sc.
Division: Energy
fp@verkis.is

Snæbjörn Jónsson
Electrical Engineer M.Sc. / Senior Project Manager
Division: Energy
snj@verkis.is


System checks Solutions

Verkís provides electrical system analysis services that optimize the performance, reliability and resilience of power networks through advanced modelling, simulation and engineering expertise.


Exstensive Geothermal Energy Solutions


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We provide electrical system analysis services that support the planning, design and operation of reliable power transmission and distribution networks. Our specialists use advanced simulation tools to evaluate system performance, identify potential issues and optimize electrical infrastructure for safe and efficient operation.


We develop detailed computer models to analyse load flow, fault levels, system stability, protection coordination and grounding performance across high-, medium- and low-voltage networks. These analyses support informed engineering decisions, system expansions, equipment selection and compliance with technical standards.


We support clients throughout the lifecycle of electrical systems, from feasibility studies and design verification to operational assessments, upgrades and network expansion. By combining advanced analytical software with extensive engineering expertise, we deliver reliable, resilient and future-ready power system solutions.


System Checks and Performance Verification

Verkís supports clients through system check services for backup power systems. Our specialists verify performance, assess system condition, and help ensure reliable operation of standby power facilities and critical infrastructure.


We evaluate load distribution and equipment utilisation to ensure electrical systems operate safely, efficiently, and within design limits.


We evaluate short-circuit conditions and grounding solutions to protect equipment, improve system reliability, and ensure compliance with electrical safety requirements.


We calculate underground cable loading and thermal performance to ensure electrical systems operate safely, efficiently, and within design limits.


We evaluate harmonics, voltage fluctuations, and other electrical disturbances to protect equipment, improve power quality, and support stable system operation.


We evaluate protection schemes and arc flash hazards to safeguard personnel, minimise equipment damage, and enhance the safety and reliability of electrical infrastructure.


We assess dynamic characteristics such as system stability, transient behaviour, and response to disturbances to help ensure safe and reliable operation of electrical infrastructure.