Honda's Mini-EVs "N-VAN e:" and "N-ONE e:" Newly Added to Supported Models for EV Smart Charging and Operation Management System "AAKEL eFleet", Commercial Operation Commenced
AAKEL Inc. has added Honda's mini-EVs "N-VAN e:" and "N-ONE e:" to the supported models for its EV smart charging and operation management system "AAKEL eFleet". This move supports companies and local governments in adopting mini-EVs and decarbonization, with commercial operation already starting at Green Co-op.
📋 Article Processing Timeline
- 📰 Published: April 7, 2026 at 19:00
- 🔍 Collected: April 7, 2026 at 10:31
- 🤖 AI Analyzed: April 20, 2026 at 23:57 (325h 26m after Collected)
AAKEL Inc. (Headquarters: Fukuoka City, Fukuoka Prefecture; Representative Director: Ryoji Miyawaki; hereinafter "the Company"), which realizes a decarbonized society through digital innovation, announces the addition of Honda's "N-VAN e:" and "N-ONE e:" to the target EV (electric vehicle) models for its EV smart charging and operation management system "AAKEL eFleet" (hereinafter "eFleet").
With this support, both models can now utilize the various functions of "eFleet." Furthermore, "N-VAN e:" has been introduced at Green Co-op Kumamoto's Northern and Eastern Centers, and commercial operation using "eFleet" has commenced.
Reference: EV charging optimization system provided to a distribution center with 60 EVs - Green Co-op Kumamoto × AAKEL
**■ Background**
Companies and local governments are increasingly promoting the shift to mini-EVs, which have a relatively short driving range and low barriers to introduction, with the aim of achieving both decarbonization and operational efficiency. On the other hand, when operating multiple EVs, challenges such as complex charging and operation management, and optimization of electricity costs have become apparent.
"eFleet" is an energy management system that supports the introduction and operation of EVs for companies and local governments by centrally managing optimal charging control and operation management for multiple EVs using AI. By newly adding "N-VAN e:" and "N-ONE e:" as supported models, we will further promote the efficiency of operations and decarbonization efforts using mini-EVs for companies and local governments.
**■ Service Offerings**
With this support, we can provide the following assistance to companies and local governments introducing "N-VAN e:" and "N-ONE e:":
・Reduction of electricity costs through EV charging optimization
・Improvement of operational efficiency by centrally managing the operation status of multiple vehicles
・Reduction of management burden associated with EV introduction and operation
These supports are realized by utilizing real-time vehicle information acquired through the expansion of supported models. The acquired data will be mathematically optimized.
With this support, both models can now utilize the various functions of "eFleet." Furthermore, "N-VAN e:" has been introduced at Green Co-op Kumamoto's Northern and Eastern Centers, and commercial operation using "eFleet" has commenced.
Reference: EV charging optimization system provided to a distribution center with 60 EVs - Green Co-op Kumamoto × AAKEL
**■ Background**
Companies and local governments are increasingly promoting the shift to mini-EVs, which have a relatively short driving range and low barriers to introduction, with the aim of achieving both decarbonization and operational efficiency. On the other hand, when operating multiple EVs, challenges such as complex charging and operation management, and optimization of electricity costs have become apparent.
"eFleet" is an energy management system that supports the introduction and operation of EVs for companies and local governments by centrally managing optimal charging control and operation management for multiple EVs using AI. By newly adding "N-VAN e:" and "N-ONE e:" as supported models, we will further promote the efficiency of operations and decarbonization efforts using mini-EVs for companies and local governments.
**■ Service Offerings**
With this support, we can provide the following assistance to companies and local governments introducing "N-VAN e:" and "N-ONE e:":
・Reduction of electricity costs through EV charging optimization
・Improvement of operational efficiency by centrally managing the operation status of multiple vehicles
・Reduction of management burden associated with EV introduction and operation
These supports are realized by utilizing real-time vehicle information acquired through the expansion of supported models. The acquired data will be mathematically optimized.