AK Power Solutions’ Post

⚡Powering your EV future Q&A ⚡ Our EV experts Neil Fotheringham, Head of Bids and Estimating, and Luke Slatter, Electrical Engineer, are here to shed light on all things power availability. Swipe to learn what you should do if your business is concerned about having enough power to support EV charging ➡️ #EVCharging #EVPower #PowerSupply #EVUK #EVAdvice #BusinessAdvice #SustainableBusiness

🚗 🔌 With the surge in electric vehicle (EV) adoption, reliable EV charging infrastructure is crucial. NOARK Electric is leading the charge with their advanced solutions like the M2G Molded Case Circuit Breaker (MCCB), designed to enhance safety and efficiency in EV charging stations. Featuring the Ex9C300 Contactor, NOARK's MCCBs offer robust protection against electrical faults, ensuring both infrastructure and user safety. Catch NOARK’s latest innovations, including the A25 Power Circuit Breaker, at the RE+ event in Anaheim, CA, from Sept 9-12, booth E206! Key Benefits: ➕ Enhanced Safety: Protects against electrical faults and minimizes fire risks. 🌐 Advanced Design: Features environmental protection, impact resistance, and sleek aesthetics. ⚡ Fast Reaction: Super-fast fault interruption and adjustable trip settings. 🔗 For more info, visit na.noark-electric.com #EVCharging #ElectricVehicles #EVInfrastructure #NOARKElectric #CircuitProtection #GreenEnergy #FutureOfTransport #CleanTech #EVSolutions #ChargingStations #PowerBreakers #EnergyEfficiency

Product Focus: Lucy Zodion Limited 3-Phase AC Supply: 400 Amp (DNO) EV Supply Solutions - EVIS Pillar Range - Providing the electrical distribution solution between the electrical supply and the EV Charge Point 🔌 The 400 Amp EV supply is available in different configurations. These pillars cover 22kW supplies through to 120/150kW, with a differing number of connections on each solution. Features: • Accommodates up to 12 EV charge points • Caters for charge point rating of 22kW (Fast) – 120/150kW (Ultra-Rapid) • Once installed, modular distribution configuration aids easy upgrades to meet future demand requirements (subject to load balancing being installed on CP’s) • Anti-condensation heater as standard • DNO space allocated • PEN Fault Detection Technology used on PME Solutions for further details on how we can support your EV Supply solutions, email us on sales@cableservices.co.uk or visit us at https://lnkd.in/etnVk6PR #ev #evis #evinfrastructure #evprojects #evpillars

🌟🔌 Exploring EV Charger Installation? Empower Your Decision-Making! 🚗💡 Embarking on the journey to install an EV charger brings a slew of considerations - from assessing your current electrical infrastructure and vehicle requirements to navigating the myriad of charger options and the potential for solar integration. As you sift through potential installers, arm yourself with critical knowledge to make an informed choice. Here’s a brief checklist to guide your decision: 🔍 Credentials Matter: Seek out professionals with the requisite licenses and extensive experience in EV charger installations. 📝 Transparency in Quoting: Ensure the proposal details all costs involved – from the hardware to labour and any necessary electrical upgrades. An upfront breakdown will safeguard against unforeseen expenses. 🛠 Aftercare Assurance: Investigate the extent of post-installation support and warranty offerings. It is invaluable to know that you can count on support for any subsequent queries or concerns. In your quest for the perfect installer, diligence is key. Choose a partner committed to ensuring a secure and efficient setup process. 🔌✨ 📞 Contact us: 08 6244 5441 ✉️ Email: info@evci.com.au 🌐 Visit us: evci.com.au ____ #evci #ElectricVehicleChargingInstallations #PerthSmallBusiness #PerthLife #PerthElectricians #PerthElectrical #SustainableLiving #ElectricVehicle #EVChargingInstallation #CustomisedSolution

With the ongoing development of the EV sector, the design of auxiliary power modules is encountering more demanding challenges. #GaN #EVs

#ContractorBetter - The road to EV charging reliability. ABB’s ReliaGear SB Switchboard - EV Grid-to-Charger allows #ElectricalContractors to meet deadlines, mitigate supply chain risks, and adapt easily to future EV charger growth demands. With fast lead times, this standardized EV Grid-to-Charger offering takes the guesswork out of deployments. The program offers six pre-configured designs with flexible breaker settings, helping you gain a competitive edge by reducing project cycle times with cost-effective designs. Future-proof designs gives you peace of mind to easily accommodate additional charger expansion.   *Available from Distributor Stock * Flexible future-proof design *Easy to order and install   Explore more: https://lnkd.in/gxqRda5Y  #ElectricalContractor #ElectricalDistribution #Electrical #Switchboard #EVCharging #CommercialConstruction #Infrastructure #ElectricalIndustry #LowVoltage

Have you heard? This is a game changer. By working with the XR Racking System and Tesla SID combo, folks will be enabled to unlock numerous opportunities. We want to help ensure that your installations and services remain relevant and compliant in a dynamic market - while providing incredible savings. We're here to help you #MakeSolarStronger

Choosing the right EV equipment is key to delivering an optimal charging experience while balancing cost and efficiency. From understanding power requirements and switchgear sizing to aligning with your site's infrastructure and business goals, every detail impacts performance. Explore some of the key considerations for selecting EV equipment in our latest 5-minute read! https://bit.ly/4gahxkn #Utilities #Gridmodernization #charginginfrastructure

#Cable Management #Market was valued at USD 25.13 Bn in 2023 and is expected to reach USD 42.71 Bn by 2030, at a #CAGR of 7.87 % over the #forecast period (2024-2030). Request a complimentary sample copy or access the summary of the report: https://lnkd.in/eBgx8kix Based on types, the #market is segmented into #Cable Trays, #Cable Raceways, #Cable conduits, #Cable connectors and glands, #Cable Carriers, #Cable lugs, #Cable junction box, and, others. The #cable conduits segment is expected to #dominate the #market over the #forecast period. A #conduits system is a #group of tubes that #protects electrical wires in the buildings and other #infrastructure.

Effective thermal management is indeed crucial for the performance, safety, and longevity of electric vehicle (EV) battery control units. As EVs continue to gain popularity, the demand for advanced materials and solutions to manage the heat generated by their battery systems has significantly increased. Parker Chomerics' THERM-A-GAP PAD 30 is a product designed to address these thermal management challenges. Here are some key aspects of the THERM-A-GAP PAD 30 and how it contributes to thermal management in EV battery control units: 1. Exceptional Conformability Conformability: The THERM-A-GAP PAD 30 is highly conformable, which means it can easily fit into uneven surfaces or fill gaps between components, ensuring maximum surface contact. This is crucial for efficient heat transfer from the heat source (e.g., battery cells or control units) to the heat sink. Benefits: Improved conformability leads to better thermal interface material (TIM) performance, as it reduces thermal resistance and enhances the efficiency of heat dissipation. 2. Low Outgassing Low Outgassing: Materials used in enclosed spaces, such as EV battery packs, must have low outgassing to prevent contamination of sensitive electronic components. The THERM-A-GAP PAD 30 is designed with low outgassing properties, minimizing the risk of harmful volatile organic compounds (VOCs) being released. Benefits: This property is particularly important in the confined spaces of EV battery packs, where accumulated gases can lead to corrosion, deterioration of component performance, or even safety hazards. 3. Optimal Heat Dissipation Heat Dissipation: Efficient heat dissipation is critical for maintaining the optimal operating temperature of EV battery control units. The THERM-A-GAP PAD 30 facilitates the transfer of heat away from the battery cells to the heat sink or the environment, preventing overheating. Benefits: Maintaining an optimal temperature range enhances battery performance, prolongs battery life, and reduces the risk of thermal runaway—a dangerous condition leading to potential fires or explosions.