What is Shizen Connect's 'Device Control Type DR Support Service'?

It is a service that integrates and controls distributed energy resources such as home batteries via the cloud, using them as a virtual power plant (VPP) for electricity supply and demand adjustment.

Why did Hokkaido Electric Power adopt Shizen Connect?

They have already cloud-linked with approximately 80% of major domestic battery manufacturers, and their ability to control a wide range of resources independently of manufacturers, as well as their multipurpose control functions aimed at future market entry, were highly evaluated.

What is the mechanism of low-voltage VPP?

It is a system that bundles small-scale power generation and storage facilities (such as solar panels and batteries) in low-voltage receiving areas like homes using IoT technology, making them function like a large power plant.

AI News NQ Analysis

Hokkaido Electric Power Adopts 'Shizen Connect' for Low-Voltage VPP Operations

NQ Score 80/100

N1 Content Completeness 9

AI Summary (NQ-processed)

Shizen Connect's Equipment Control DR Support Service was adopted for Hokkaido Electric Power's low-voltage VPP. Shizen Connect now holds a 36% market share among retail electricity providers.

AI Analysis

Frequently Asked Questions

Q: What is Shizen Connect's 'Device Control Type DR Support Service'?: A: It is a service that integrates and controls distributed energy resources such as home batteries via the cloud, using them as a virtual power plant (VPP) for electricity supply and demand adjustment.
Q: Why did Hokkaido Electric Power adopt Shizen Connect?: A: They have already cloud-linked with approximately 80% of major domestic battery manufacturers, and their ability to control a wide range of resources independently of manufacturers, as well as their multipurpose control functions aimed at future market entry, were highly evaluated.
Q: What is the mechanism of low-voltage VPP?: A: It is a system that bundles small-scale power generation and storage facilities (such as solar panels and batteries) in low-voltage receiving areas like homes using IoT technology, making them function like a large power plant.