Uploaded August 2026 | Updated September 2026, 3 weeks ago
Don't miss out! Join us at our next KubeCon + CloudNativeCon events in Shanghai, China (8-9 September, 2026) and Salt Lake City, United States (Nov 9–12, 2026). Connect with our current graduated, incubating, and sandbox projects as the community gathers to further the education and advancement of cloud native computing. Learn more at kubecon.io
What Is a Virtual Power Plant (VPP) ? : Green Tech and the Modernization of the Grid - LeRenzo Malcom, Enpal
The Grid Is Becoming a Distributed System
Energy systems face pressure from geopolitical shocks, electrification, extreme weather, and digital infrastructure. The grid needs more than new generation; it needs flexibility.
Japan makes this challenge tangible. Its energy self-sufficiency rate is around 15%, while roughly 70% of electricity generation depends on fossil fuels. Yet Japan targets 40–50% renewable electricity by FY2040 as demand rises from data centers, semiconductor manufacturing, and electrification.
As solar, batteries, EVs, and heat pumps spread, valuable grid resources are moving into homes and cities. Virtual Power Plants coordinate these devices as one software-defined energy asset, shifting demand, storing renewable energy, and improving resilience.
This keynote explores why the grid behaves like a distributed system, and how cloud-native patterns can help operate it.
The next power plant may be one million homes, batteries, and EVs, coordinated by software.
Don't miss out! Join us at our next KubeCon + CloudNativeCon events in Shanghai, China (8-9 September, 2026) and Salt Lake City, United States (Nov 9–12, 2026). Connect with our current graduated, incubating, and sandbox projects as the community gathers to further the education and advancement of cloud native computing. Learn more at kubecon.io
What Is a Virtual Power Plant (VPP) ? : Green Tech and the Modernization of the Grid - LeRenzo Malcom, Enpal
The Grid Is Becoming a Distributed System
Energy systems face pressure from geopolitical shocks, electrification, extreme weather, and digital infrastructure. The grid needs more than new generation; it needs flexibility.
Japan makes this challenge tangible. Its energy self-sufficiency rate is around 15%, while roughly 70% of electricity generation depends on fossil fuels. Yet Japan targets 40–50% renewable electricity by FY2040 as demand rises from data centers, semiconductor manufacturing, and electrification.
As solar, batteries, EVs, and heat pumps spread, valuable grid resources are moving into homes and cities. Virtual Power Plants coordinate these devices as one software-defined energy asset, shifting demand, storing renewable energy, and improving resilience.
This keynote explores why the grid behaves like a distributed system, and how cloud-native patterns can help operate it.
The next power plant may be one million homes, batteries, and EVs, coordinated by software.
