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Hitachi Energy and TransnetBW make German grid fit for future

ZURICH, SWITZERLAND, Feb 15, 2024 - (JCN Newswire) - Hitachi Energy has signed a major order with German state-owned transmission system operator, TransnetBW to enable the expansion of renewable energy and stabilization of the grid. Hitachi Energy will supply two Enhanced STATCOM1 stations with the next-generation grid stabilization technology, SVC Light® Enhanced, to enable TransnetBW to improve power quality.

Pascal daleidenNiklas perssonRainer pflaumStefan habildHitachi energyHitachi energy germanyHitachi energy austriaHitachi energy grid integrationCountry managing director hitachi energy austriaBusiness unit manager grid integrationManaging directorGrid integrationGrid forming control

Hitachi Energy and TransnetBW make German grid fit for future

Hitachi Energy and TransnetBW make German grid fit for future
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Niklas perssonHitachi energyHitachi energy grid integrationManaging directorGrid integrationGrid forming control

Lemont s Argonne National Labs pioneers fast-charging super-station for EVs

At Argonne National Labs in Lemont, the Transportation Power Systems Division has converted an analog gas station into an all-electric fast-charging super-station.

United statesScott schneiderDan dobrzynskiArgonne national labs in lemontArgonne national laboratoryTransportation power systems divisionJoshua auld mobility divisionGrid integration technologyAuto showMccormack placeChicago auto showArgonne national labsGrid integrationJoshua auldMobility divisionSpecial reports

An Event Triggered Sliding Mode Control-Based Fault Ride-Through Schem by Md Nafiz Musarrat, Afef Fekih et al

This article proposes an event-triggered sliding mode control (ETSMC)-based fault ride-through (FRT) scheme for doubly fed inductor generator (DFIG)-based wind energy systems. The design aims at mitigating dynamic instabilities resulting from grid faults by properly regulating the dc-link voltage with support from a supplemental energy storage (super-capacitor). The high-density power support from the super-capacitor is efficiently facilitated by the dual active bridge converter (DABC) because of its high voltage conversion ratio and very low core loss. The event-triggered SMC approach allows updating the control input only when certain stability conditions are violated, thus reducing the computational burden and mitigating the chattering effect typically presents in the standard SMC. The ETSMC is augmented by a disturbance observer to achieve robustness against mismatched disturbances and parameter fluctuations. The design is validated using a DFIG-based wind energy system connected t

Dual active bridgeEnergy storageEvent triggered smcFault ride throughGrid integrationWind energy systems

Solar Farm Income Per Acre: The Stats You Need to Know

What is the solar farm income per acre? As the renewable energy industry grows, this information delivers a great business opportunity.

United statesWood mackenzieInternational energy agencySolar energy industries associationAdvancements in solar technologyEnergy storage solutionsNational renewable energy laboratorySolar farmSolar panelsFarm income per acreSolar powerNational renewable energyOne acre solarSolar farmingEfficiency solar panelsTracking systems