Table 2.
Application scenarios and cases of second-life EVBs in literature
Category | Application Scenario | Function | Reference |
---|---|---|---|
Power generation side | Centralized renewable energy power station | Renewable energy integration, smoothing control, reducing curtailed electricity | Wind – Hamidi et al.41, Alhadri et al.42, BYD46 PV – Koch-Ciobotaru et al.43, Saez-de-Ibarra et al.44, Leung45, Fitzpatrick71 |
Grid side | Power transmission and distribution network | Alleviate grid congestion, offer ancillary support to the network, and delay the expansion of power transmission and distribution capacity | Neubauer et al.28, Lacey et al.47, Eyer and Corey48 |
End-user side | Communication base station | Backup power storage | Li49, Yan50 |
EV Charging stations | EV Charging | Jiao et al.51, Han et al.52, Kamath et al.53 | |
Mobile energy storage device | Community EV Charging | Potevio New Energy72 | |
Power supply for camping trailers | Nissan Energy54 | ||
Low-speed electric vehicle | EV energy storage | Zhang et al.55, Zhao56 | |
Street lamp | Energy storage for lamp | Zhu et al.57 | |
Uninterrupted Power Systems (UPS) | Emergency power | Canals Casals et al.58, Neubauer et al.73 | |
Residential energy storage | Emergency power, reduce electricity costs | Heymans et al.59, Kamath et al.74, Tang et al.75, Faria et al.76, Saez-de-Ibarra et al.77 |