Electrotechnik

Name: Electrotechnik
Address: S603, 234-242 George Street, Barangaroo, NSW, 2000, AU
Telephone: 1300 093 795

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Electrotechnik

AI-powered Electrical Power Systems Design Software

ELEK Power Software products include:
Cable Pro
Cable HV
SafeGrid Earthing
Cable Pulling
LineRate

Visit our website to Download Trial Software, watch videos, read technical information and publications

(ELEK, CableCALC, SafeGrid and LineRate are trademarks of Electrotechnik Pty Ltd)

16/10/2026

Data centres rely on robust electrical infrastructure that allows critical systems to operate safely and continuously, minimising downtime and interruptions. An effective earthing system provides protection not only for sensitive equipment but also for personnel.

During high-current earth faults, ground potential rise and hazardous touch and step voltages may occur. An effectively designed earthing grid helps manage these conditions while keeping touch and step voltages within acceptable limits.

ELEK SafeGrid Earthing software allows engineers to design effective earthing systems for critical infrastructure, such as data centres.

Calculate earth grid impedance and ground potential rise. Assess touch and step voltages. Support safer and more reliable infrastructure.

Get the 14-day free trial of ELEK SafeGrid Earthing by visiting this link:
https://elek.com/electrical-software/safegrid-earthing/

14/10/2026

Remote offshore facilities are often supplied via high-voltage submarine cables from onshore supplies or other remote generation sources.

Unlike conventional cable system installations, submarine cables are exposed to complex thermal environments, with their current-carrying capacity influenced by a number of factors:
• Seabed thermal resistivity and burial depth
• Cable construction and electrical losses
• Burial or protection systems
• Nearby cables and mutual heating

Inaccurate assumptions can lead to cables operating at excessive conductor temperatures or, conversely, overly conservative ratings that restrict the amount of power that can be transferred. For submarine links running across vast distances, correcting an unsuitable design or installation after deployment is difficult and can be extremely costly.

ELEK Cable High Voltage provides a platform for accurate IEC 60287 assessment of submarine power cable capacity, accounting for these subsea thermal conditions.

By modelling the actual cable construction and its surrounding thermal environment, engineers can determine appropriate current ratings and identify thermal constraints before the cable system is installed, helping to avoid costly mistakes and unnecessary rework.

Get ELEK Cable High Voltage with a 14-day free trial by visiting this link:
https://elek.com/electrical-software/elek-cable-high-voltage/

12/10/2026

Battery Energy Storage System (BESS) facilities are becoming increasingly important in modern power systems and distribution networks, largely by supporting renewable energy integration, grid stability and reliable power supply.

However, BESS facilities involve high-power equipment, such as battery systems, transformers, inverters and switchgear. During an earth fault, high fault currents can flow through the facility's earthing system, potentially leading to hazardous touch and step voltages across the site.

High-touch and step potentials can expose personnel to dangerous voltages, particularly around equipment, metallic structures, and other accessible areas.

ELEK SafeGrid Earthing allows engineers to assess earthing system performance and design safer grid configurations by evaluating:
• Ground Potential Rise (GPR)
• Touch and step voltages across the site
• Earthing grid geometry and conductor arrangement

With accurate touch and step voltage calculations, engineers can refine their designs to reduce hazardous voltages and ensure they remain within applicable safety limits.

Get the 14-day free trial of ELEK SafeGrid Earthing by visiting this link:
https://elek.com/electrical-software/safegrid-earthing/

09/10/2026

Service interruptions for essential medical services are especially consequential, making electrical reliability in these critical healthcare facilities even more important.

To address this, an accurate low-voltage distribution system design is required to effectively assess the cable size, fault levels, arc-flash hazards, and protection coordination.

The ELEK Cable Pro Web LV Network Calculator brings these capabilities together in one platform, helping engineers prioritise safety and reliability in these critical healthcare facilities.

Get the 14-day free trial of ELEK Cable Pro Web here:
• AU/NZ - https://elek.com/electrical-software/cable-pro-web-as3008/
• UK - https://elek.com/electrical-software/cable-pro-web-bs7671/
• International - https://elek.com/electrical-software/cable-pro-web-iec60364/
• US - https://elek.com/electrical-software/cable-pro-web-nec/

07/10/2026

Elevated module substations, which are common in industrial facilities, often require dedicated lightning protection systems provided by the substation's manufacturer. Due to the substation's exposed location and elevated installation, critical equipment must be protected against potential lightning strikes.

Without a properly designed lightning protection system, a direct lightning strike can damage transformers, switchgear, control systems and auxiliary equipment located in the substation, potentially causing costly outages and safety concerns.

The 𝗟𝗶𝗴𝗵𝘁𝗻𝗶𝗻𝗴 𝗣𝗿𝗼𝘁𝗲𝗰𝘁𝗶𝗼𝗻 𝗠𝗼𝗱𝘂𝗹𝗲 𝗶𝗻 𝗘𝗟𝗘𝗞 𝗦𝗮𝗳𝗲𝗚𝗿𝗶𝗱 𝗘𝗮𝗿𝘁𝗵𝗶𝗻𝗴 allows engineers to apply the rolling sphere method to:
• Position lightning masts around elevated structures, such as a modular substation
• Visualise the resulting protection zones at various heights
• Identify equipment or areas that remain exposed
• Refine mast locations and heights before installation

This helps engineers assess lightning protection coverage for the complete substation structure and its electrical equipment.

Get the 14-day free trial of ELEK SafeGrid Earthing by visiting this link:
https://elek.com/electrical-software/safegrid-earthing/

05/10/2026

Equipment providing essential safety services, such as fire pumps, must remain operational even during a fire. Consequently, their respective supply cables are required to be fire-resistant to maintain circuit integrity at high temperatures, such as when they are exposed to fire.

Selecting a cable with an unsuitable insulation or temperature rating can lead to:
• Excessive conductor temperatures
• Insulation deterioration or failure
• Reduced current-carrying capacity
• Loss of supply to critical equipment during an emergency

The AS/NZS 3008 Cable Sizing Calculator in the 𝗘𝗟𝗘𝗞 𝗖𝗮𝗯𝗹𝗲 𝗣𝗿𝗼 𝗪𝗲𝗯 software allows engineers to select high-temperature XLPE/elastomer insulation and reference the appropriate cable sizing tables from the standard.

This helps engineers determine the appropriate conductor size and current rating for the selected insulation and installation conditions while meeting fire-rated and circuit-integrity requirements.

Get the 14-day free trial of ELEK Cable Pro Web here:
AU/NZ - https://elek.com/electrical-software/cable-pro-web-as3008/
UK - https://elek.com/electrical-software/cable-pro-web-bs7671/
International - https://elek.com/electrical-software/cable-pro-web-iec60364/
US - https://elek.com/electrical-software/cable-pro-web-nec/

02/10/2026

Calculations for low-voltage networks with a transformer supply can get complicated, especially in the upstream portion. Parameters such as fault level, transformer impedance and correction factors, as well as downstream calculations, contribute to the complexity, making manual calculations unattractive.

The 𝗘𝗟𝗘𝗞 𝗖𝗮𝗯𝗹𝗲 𝗣𝗿𝗼 𝗪𝗲𝗯 simplifies the process, allowing you to easily model the entire network and efficiently transition from transformer supply calculations to downstream circuit calculations.

Get the 14-day free trial of ELEK Cable Pro Web here:
AU/NZ - https://elek.com/electrical-software/cable-pro-web-as3008/
UK - https://elek.com/electrical-software/cable-pro-web-bs7671/
International - https://elek.com/electrical-software/cable-pro-web-iec60364/
US - https://elek.com/electrical-software/cable-pro-web-nec/

30/09/2026

Electric vehicle (EV) charging infrastructure may include multiple high-power chargers, distribution equipment, switchboards and other electrical equipment with exposed conductive structures that are frequently accessed by the general public.

As with any electrical facility, an effectively designed earthing system is required to safely dissipate earth fault current. The system's performance is assessed by calculating touch and step voltages and ensuring they are within the calculated limits in accordance with the applicable standard.

For large charging facilities, the earthing design may need to consider:
• Earth grid and electrode configuration
• Soil resistivity and multilayer soil conditions
• Earth fault current and grid potential rise (GPR)
• Touch and step voltage limits across accessible areas

The 𝗘𝗟𝗘𝗞 𝗦𝗮𝗳𝗲𝗚𝗿𝗶𝗱 𝗘𝗮𝗿𝘁𝗵𝗶𝗻𝗴 software provides a practical way for engineers to model earthing grids associated with EV charging hubs and calculate grid performance, including GPR, touch and step voltages.

This allows engineers to identify potentially hazardous areas and assess whether the proposed earthing design provides adequate protection for people around the charging infrastructure.

Get the 14-day free trial of ELEK SafeGrid Earthing by visiting this link:
https://elek.com/electrical-software/safegrid-earthing/

25/09/2026

Manual split-factor calculations for earthing studies can be tedious and error-prone, especially for facilities with multiple overhead supply lines.

With ELEK SafeGrid Earthing software, engineers can model these scenarios directly in the Fault Current Module and automatically calculate actual current splits based on conductor impedances and grid resistances.

More accurate earth-grid current calculations. Less manual work. Greater confidence in complex multi-infeed earthing studies. ⚡

Get the 14-day free trial of ELEK SafeGrid Earthing by visiting this link:
https://elek.com/electrical-software/safegrid-earthing/

23/09/2026

Many modern Moulded-Case and Air Circuit Breakers support interchangeable Electronic Trip Units (ETUs). This flexibility allows engineers to fit different trip units to the same breaker frame instead of completely replacing the circuit breaker, helping achieve the required protection characteristics.

This is valuable during design and commissioning, but it also makes correct ETU selection a critical step in design verification.

Using the wrong trip unit in a protection coordination study can result in:
• Incorrect time-current characteristics (TCCs)
• Inaccurate coordination and selectivity assessments
• Protection settings that do not reflect the installed equipment

𝗘𝗟𝗘𝗞 𝗖𝗮𝗯𝗹𝗲 𝗣𝗿𝗼 𝗪𝗲𝗯 helps address this issue by providing a list of available 𝗲𝗹𝗲𝗰𝘁𝗿𝗼𝗻𝗶𝗰 𝘁𝗿𝗶𝗽 𝘂𝗻𝗶𝘁 𝗼𝗽𝘁𝗶𝗼𝗻𝘀 for compatible circuit breaker models.

By accurately selecting the trip unit, engineers can:

• Model the actual protection device installed
• Generate more accurate protection coordination studies
• Compare different trip unit options without changing the breaker frame
• Improve confidence that the study matches the actual installation

Accurate protection coordination starts with accurately modelling the protection device. Allowing engineers to select the appropriate electronic trip unit helps ensure studies reflect real-world installations.

Get the 14-day free trial of ELEK Cable Pro Web here:
AU/NZ - https://elek.com/electrical-software/cable-pro-web-as3008/
UK - https://elek.com/electrical-software/cable-pro-web-bs7671/
International - https://elek.com/electrical-software/cable-pro-web-iec60364/
US - https://elek.com/electrical-software/cable-pro-web-nec/

Address

S603, 234-242 George Street
Barangaroo, NSW
2000

Telephone

1300 093 795

Website

https://elek.com/

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