Rittal GmbH & Co. KG

Looking forward to attending DataCoud Global Congress 2026 in Cannes! If you'll be there, feel free to stop by Rittal Booth 136, always happy to exchange ideas and explore new opportunities. And for partners: looking forward to welcoming you as well at our Rittal Evening Reception! #ITChannelPartner #DatacloudGlobalCongress

Great to be back in Glasgow together with our local #NKT #GridSolutions team! 🇬🇧⚡ At All-Energy Exhibition and Conference the UK market together with Ireland continue to demonstrate impressive momentum in the transition towards a more sustainable and resilient energy system. With the rapid growth of renewable energy 🌍☀️🌬️, the need for cross country interconnectors and the respective modernization the need for reliable infrastructure has never been greater. Exciting discussions with customers, partners and industry experts ahead, highlighting how innovation and collaboration are driving the future of energy. Proud to contribute shaping the next generation of grid solutions with our full lifecycle cable system offering supporting the energy transition. 🔋⚙️ A big thank you to everyone for the valuable exchanges and inspiring conversations throughout the event! 🤝 #AllEnergy #NKT #EnergyTransition #Renewables #GridSolutions #PowerGrid #Sustainability #UKMarket #Innovation #EnergyInfrastructure

Join me at DataCloud Global Congress 2026 in Cannes! 📅 June 1–4 | 📍 Rittal Booth 136 At our booth, we’ll be showcasing Rittal’s cutting‑edge solution: a powerful combination of water‑based direct liquid looling technology, server racks, and power distribution that enables IT infrastructures delivering more than one megawatt of AI computing power. Whether you're exploring edge solutions or optimizing hyperscale environments, let’s talk about how we can support your infrastructure goals. Meet me at Booth 136 – let’s shape the future of data together. @rittaldatacentresolutions #DataCloudGlobal #Cannes2026 #Rittal #DataCenters #DirectLiquidCooling #EdgeComputing #TechInnovation #SustainableIT

“And in the morning, I’m making waffles.” We had an ops meeting this morning at the Rain For Rent Monroeville branch, and we came in early to make sure we were ready to feed the troops. We had great conversations about safety, on-road and customer site awareness, and we got to show our gratitude for one of the strongest teams in the company. Thank you to South Jersey Party Rentals Inc. for the waffle makers! And thank you to my kids, who prepped me to cook dozens of waffles in a short amount of time by hosting all their friends for sleepovers over the years!

Check the Raw Load graphs! Lately I’m seeing more EV charging and industrial DC power companies looking seriously at the AI data center market. At first glance, it makes sense. They already understand high-power DC conversion, modular rectifiers, cooling, protection, grid interfaces — and now the industry is also discussing 800 VDC for AI infrastructure. But I keep coming back to one question: Is this really the same load problem? An EV charger follows a battery charging curve. The battery is, in many ways, a stabilizing load. An AI training cluster behaves very differently. The rectifier is exposed to workload-driven behavior: job ramps, synchronization phases, communication phases, checkpointing, and fast GPU-driven oscillations. AI inference is different again. It follows user traffic, batching behavior, latency limits, and saturation effects. So maybe the real adoption gap is not the voltage level. It is understanding and qualifying against the right dynamic load profile. For me, the technical conclusion is threefold: 1. Rectifiers should follow the power envelope, not every GPU transient. Fast components need to be handled by local DC-link capacitance, rack BBU, or supercapacitor layers. Otherwise the rectifier bank risks control-loop hunting, current-sharing instability, and unnecessary thermal cycling. 2. AI qualification needs waveform-based testing, not only rated-power testing. Relevant tests should include dP/dt, dI/dt, bus-voltage deviation, load rejection, ripple spectrum, capacitor RMS stress, and parallel-module current sharing under synchronized and staggered workload cases. 3. The control variable changes by use case. EV charging is driven by SoC and session coincidence. AI training is driven by scheduler behavior and job phases. AI inference is driven by request rate, batching, and latency saturation. Same voltage range. Different waveform. Different control philosophy. Different rectifier qualification. Curious how others in power electronics and AI infrastructure see this. #AIDataCenters #PowerElectronics #800VDC #DataCenterInfrastructure #EVCharging #EnergyStorage #Rectifiers

Thanks to everyone that came to listen to our presentation at the wmedia Global Cloud & Datacenter Convention in Melbourne. The feedback we received highlights the importance of industry collaboration in addressing the risks associated with fluid health in DLC environments. For those who were unable to attend the session, feel free to reach out to learn more. #SPoF #CastrolON #LiquidCooling #ThermalManagement #Innovation #DataCentres #LiquidCooling #ThermalManagement

the coolest team of the world: RITTAL COOLING SOLUTIONS We are happy to welcoming you on our special exhibition on RITTAL booth on Hannovermesse HMI2026, hall27 #RITTAL #Cooling #Fgas #refridgerant #Industry #IT #BESS #BeatTheHeat #AllElectricSociety #HMI2026 #Hannover

Today it has been my pleasure that my daughter Lara Platzhoff and her professor Dr. Maik von Fischer , both Hochschule Hannover, have visited the RITTAL booth on HM26. Together we have discussed opportunities of the market for battery energy storage systems (BESS). Great if daughter and father have a same passion 🫶🏼 Thank you also to Carsten Wessel for sharing your insights! #RITTAL #BESS #Hannover #HM26 #BESS #BeatTheHeat #Resilience #together

RITTAL Cooling Solutions is prepared to welcome you on Hannovermesse, hall 27 #RITTAL #Cooling #AI #BESS #Industry #resilience #BeatTheHeat #Hannovermesse #HMI2026 #Hannover