Start of providing API for optimal charging and discharging schedule calculation of storage batteries.

We are pleased to announce the launch of an API that calculates the optimal charge and discharge schedule for storage batteries, maximizing economic efficiency and self-sufficiency by estimating the characteristics of facilities such as residences and factories, as well as weather conditions.
■ Benefits of API Implementation
Example 1: Factory
By estimating power consumption changes due to weather and production volume fluctuations, we can achieve peak cuts on high-voltage contract power and optimal charge/discharge control, resulting in greater savings than in households.
Example 2: VPP (Virtual Power Plant)
By estimating the demand and supply within local communities, we can control the charge and discharge of storage batteries and EVs at each facility, enabling a response to demand response during times of electricity demand pressure.
Example 3: BCP (Business Continuity Planning) Measures
To prevent situations where business continuity becomes difficult due to power shortages caused by natural disasters or system failures, we can also accommodate battery control that considers emergency situations.

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We are pleased to announce the start of providing an API that calculates the optimal charge and discharge schedule for storage batteries, maximizing economic efficiency and self-sufficiency by estimating the characteristics of facilities such as homes and factories, as well as weather conditions.