Energy Transition

Energy cloud Brazil will define who scales in a liberalized market. Energy cloud Brazil aligns cloud-native EMS, P2P trading and dynamic tariffs to turn flexibility into a tradable asset.

Telco energy platforms are emerging as the next growth engine. Telco energy platforms align utilities, HEPs and networks to turn connectivity into daily household value.

Energy SaaS makes home energy simple. Energy SaaS turns HEMS into one service that coordinates solar, batteries, EV charging and heating to cut costs automatically.

Digital energy consultancies bridge invention and adoption. Digital energy consultancies turn HEMS PoCs into bankable roll-outs by aligning DSOs, retailers, standards, and UX.

HEMS cybersecurity is often overlooked in connected homes. HEMS cybersecurity must be built in so automation stays safe, private and reliable as devices and cloud platforms scale.

Forced energy transition debates often miss commercial fundamentals. Forced energy transition framed around intermittent supply struggles when availability, reliability and affordability are misaligned with demand.

Home energy platforms are where telcos turn connectivity into revenue. Home energy platforms bundle solar, EVs, heat pumps, meters and AI so households save money, shift load, and help the grid.

Home energy platforms are the bridge between faster networks and real revenue. Home energy platforms bundle solar, batteries, EVs, dynamic tariffs, and AI into one simple app that saves money and shifts load.

Europe is moving from pure generation buildout to orchestration. This piece shows how AI energy management, VPPs and flexibility markets are already cutting bills, stabilising grids and accelerating decarbonisation—with links to the platforms doing it.

Article on what actually works in blockchain + AI for P2P energy trading, citing SunContract, Power Ledger, Quartierstrom, Equigy, and Energy Web.

Brazil is on the verge of an energy revolution, with over 88 million consumers and rapid market changes. This is a unique opportunity for early movers to shape the future of a dynamic sector, echoing Europe's past liberalization.

Distributed Energy Resources (DER) are empowering prosumers to lead the clean energy transition. With HEMS, AI, and blockchain, homes are becoming microgrids that generate, optimize, and trade energy in real time.

The green hangover captures the gap between climate exuberance and execution. As rates rise and supply chains bite, the green hangover forces a pivot to unit economics, firm capacity, and interoperable demand flexibility.

Home Energy Management Systems (HEMS) are evolving—but their success depends on more than tech. Energy UX is now the competitive edge, turning complex systems into user-friendly tools that empower prosumers through clarity, control, and simplicity.

The energy landscape is changing — and so is the role of the consumer. This post explores how The Empowered Energy Consumer is reshaping the grid by leveraging smart tech, dynamic pricing, and flexible energy use. The data proves it: control is shifting from utilities to the hands of everyday people.

Brazil's electricity market liberalization is accelerating — and the next leap could come from quantum-powered platforms that transform trading, demand, and grid flexibility.

As energy transitions to platform-based services, controlling the customer interface becomes a strategic necessity. Learn how utilities can stay competitive by partnering with software platforms like Kraken and focusing on digital UX. 🔹 6. 30 SEO Tags (comma-separated): customer interface, energy platforms, energy UX, HEMS, Kraken technology, Octopus Energy, tado, Hive Centrica, smart energy apps, utility OS, smart grid software, DER orchestration, VPP, billing modernizati

Home Energy Management Systems (HEMS) are rapidly transforming how consumers interact with energy. With rising electricity prices and the electrification of homes, HEMS offer smart, data-driven control that integrates with solar, batteries, EVs, and AI to create sustainable, optimized energy ecosystems.

Brazil is opening its power sector. Austria did it in 2001 and built a consumer-first, competitive model. This guide extracts the most actionable lessons—process, regulation, technology, and market design—to accelerate Brazil’s transition.

Austria’s electricity market reform offers valuable insights for Brazil’s transition toward a more competitive, consumer-driven, and sustainable energy future