Waste heat reuse turns a by-product into an asset β it can support district heating or industrial processes while helping grid flexibility. Where do you see the biggest potential for heat reuse today? π₯ #WasteHeatRecovery#EnergyTransition
@BloombergNEF The AI-driven data centre boom is creating serious grid constraints. Smart storage, flexible loads and dynamic management can turn this growth into a real grid asset.
How do you see data centres helping grid flexibility? π #GridFlexibility
@IRENA Spot on. Storage turns intermittent renewables into a reliable system. As battery prices fall, stable clean power becomes more attractive. How do you see BESS shaping future energy systems? π #BatteryStorage#GridFlexibility
@Rainmaker1973 Exactly β turning waste heat from data centres into district heating is a smart move. It turns a byproduct into useful energy and adds real grid flexibility at the same time. Where do you see the biggest potential for waste heat reuse? π₯ #WasteHeatRecovery
BESS isn't just storage β it's a real-time grid tool for balancing, peak shaving and fast response. As volatility rises, it helps make clean energy more dispatchable and markets more efficient. What role do you see for batteries in scaling flexibility? π #BESS#GridFlexibility
@IEA The surge in AI-driven data centre electricity demand is accelerating fast. Flexible storage and dynamic grid management become even more critical. How do you see data centres shaping future grid flexibility? π #BatteryStorage#GridFlexibility
@energystoragenw Good point β thermal management is a major challenge for BESS in hot climates. Passive cooling can improve efficiency and longevity. How do you see it evolving? π #BatteryStorage#GridFlexibility
@StraightArrow__ Utility-scale BESS is becoming essential for rising data centre demand and renewables integration. Flexible storage and smart management turn these pressures into grid strength. How do you see large-scale batteries evolving in high-demand areas?π#BatteryStorage#GridFlexibility
As variability rises, balancing + fast response become key. AI-powered dispatch and battery systems can quickly adjust to grid needs and add real value. Dynamic power management is how clean energy creates new value. How important is fast dispatch in your operations?#Flexibility
@energystoragenw Very true β co-locating BESS with AI data centres brings complex design challenges because of their highly variable and unpredictable load profiles. How do you see these systems evolving in the coming years? π #BatteryStorage#GridFlexibility
@montelnews Exactly β flexible data centre operations can significantly cut peak power demand. This smart approach eases grid pressure without extra backup. How do you see flexible loads helping grid stability? π #GridFlexibility#BatteryStorage
@fbeirao Cheap batteries are indeed accelerating the global rollout of storage. This wave of installations is making it easier to integrate more renewables and add real grid flexibility. How do you see falling battery costs impacting grids worldwide? π #BatteryStorage#GridFlexibility
@ember_energy Exactly! Sharp drops in battery costs plus strong deployment growth are already shifting more solar into the evening and boosting grid flexibility. How do you see this trend shaping power systems ahead? π #BatteryStorage#GridFlexibility
@IEA Spot on. The tech sector is moving from being a large energy consumer to actively driving new renewable supply growth β especially through major PPAs. How do you see data centres influencing grid flexibility going forward? π #BatteryStorage#GridFlexibility
Peak shaving is a practical way to ease grid pressure: smart battery systems discharge stored energy exactly when needed most. This reduces costs, stabilizes the network and makes renewables more usable. Whatβs your experience with peak shaving? π #BatteryStorage
"Positive shift! π
After Co-Founder JΓΆrgβs visit, #Kalevaβs latest article reflects a constructive dialogue.
Weβre glad to clarify: baseless rumors of Russian ties or unserious conduct are untrue. Riveon drives sustainable energy innovation! β‘π
#RiveonAG #EnergyTransition
https://t.co/iDYJ0AzDD8
Great progress yesterday! π±
We held a constructive meeting with Dalsbruk and Kimito to power their district heating with waste heat from Riveon data centers.
Turning energy into value for a sustainable future! β‘π #RiveonAG#EnergyTransition#SustainableEnergy
We are aware of recent articles in Finnish media alleging unsubstantiated connections between Riveon AG and Russia regarding our proposed data center project in Oulu.
These claims are entirely false, based on speculation without evidence, and we categorically deny any such ties. Riveon AG is a Swiss-based company committed to transparent, innovative energy solutions like #NEXXUS for grid stability and sustainability. β‘
Our legal team is addressing this matter. We remain focused on creating new value in the energy transition. For facts, visit https://t.co/JmoAZNGS9N.
#Riveon #EnergyTransition