1 / 11

600 V

600 V. HIGH VOLTAGE SOLUTION. η μ. 600 V. IF YOU EVER THOUGHT ABOUT RTBR , THEN YOU MIGHT CONTINUE. Any type of Power Plants Renewable Energy Installation Storage EV Charging Stations 2h back-up systems Microgrids/Island Grids Price arbitrage

mhuffman
Download Presentation

600 V

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. 600 V HIGH VOLTAGE SOLUTION η μ

  2. 600 V IF YOU EVER THOUGHT ABOUT RTBR, THEN YOU MIGHT CONTINUE • Any type of Power Plants • Renewable Energy Installation Storage • EV Charging Stations • 2h back-up systems • Microgrids/Island Grids • Price arbitrage • Regulation of voltage & frequency • Demand Side Response (DSR) auctions • Microgrid mode possibility • Black start capability • Reducing Peak Demand costs (Distribution Power Costs) • Reactive power compensation (for asynchronous motors and transformers which need reactive inductive power) RUG 600 V HIGH VOLTAGE ENERGY SOLUTION

  3. 600 V Inverter By Vonsch RUG 600 V μ ∧ η HIGH VOLTAGE ENERGY SOLUTION FOR THOSE, WHO WANT TO BE PREPARED = € η IndustryBattery μ MagnumBattery …THIS IS HOW IT LOOKS LIKE

  4. 600 V / SCALE μ 125kVA η158 kWh /124,6 kWh μ 250kVA η316 kWh /249,2 kWh μ 400kVA η388,2 kWh /373,8 kWh μ 1000kVA η1108 kWh /996,8 kWh μ 500kVA η633 kWh /498,4 kWh * Data shownhere are used to show thedifferencesbetweenconfigurations. Exactspecification and sizeisdetermined by the Project documentation ** Project documentationmust be prepared within 30 days

  5. 600 V / CONFIGURATION

  6. 600 V / PRICE μ The Magnum RUG types specified above are designed for long-term charging and discharging in 0.5C modeto achieve10.000 lifetime cycles. Other RUG configurations are needed to use stronger discharge currents. η TheIndustry RUG types specified above are designed for long-term charging and discharging in 1.5C modeto achieve10.000 lifetime cycles. Other RUG configurations are needed to use stronger discharge currents. * Data shownhere are used to show thedifferencesbetweenconfigurations. Exactpriceisdetermined by the Project documentation ** Project documentationmust be prepared within 30 days

  7. 600 V / BATTERY • Thisbattery cell has C-rateof 2,5 C Max. • Cell manufactureris Samsung • Warranty at 0,5 C discharge / 10 000x • Liquidcooled MAGNUM μ 79,2 kWh

  8. 600 V / BATTERY • This cell has C-rateof 4C Max. • Cell manufactureris Panasonic • Warranty at 1,5 C discharge / 10 000x • Not liquidcooled INDUSTRIAL η 62,3 kWh

  9. 600 V / MONITORING TECHNICAL DATA MONITORING • Every 5 seconds, the monitoring unit sends more than 50 different values from each battery unitto our secured (TIER III) servers • All collected data is kept for the whole warranty period or longer. • Alert module for exceeding values • Possibility for manage users’ account • Web dashboard with live graphs

  10. 600 V WHY ENERGY SOLUTION ? • LTW togetherwith BMZ isthebiggestenergyproducers – bestli-ion cell used technology • Smart Power Station energystoragesystemexperiencesfrom Germany, Poland & Czechia • Individualconfigurationsforcustomerneeds to achieve most effectiveROI • Effectivity = 3/4 EconomicalSuccess • LTW isformer leader at „RTBR“ market withenergystoragesolutions • Internalliquidcooling

  11. 600 V CONTACT Economical success belongs to the preppers TECHNICAL SUPPORT GEORGE JANDA george@ltw-battery.at

More Related