FAQ

 No, our Cold Chain Refrigeration Solutions have batteries integrated within the refrigerator, making them ideal for food delivery and temperature-controlled deliveries without affecting the vehicle range, providing reliable cold storage for EVs.

No, Vaara’s Cold Chain Solutions are compatible with both electric and conventional vehicles. While specifically optimized for electric cold chain applications, including refrigerated solutions for EVs, our technology is adaptable to various fuel types, ensuring flexibility across diverse cold chain logistics needs.

Pre-cooling generally requires 30 minutes to 2 hours on a standard wall power point, depending on ambient temperature and the specific cold chain storage solution. This rapid cooling capability is especially useful for refrigerated storage for EVs, providing efficient pre-conditioning for reliable cold chain delivery solutions.

Vaara’s Cold Chain Refrigeration Solutions use approximately 1-2 kWh of electricity during pre-cooling, making them an energy-efficient choice. This low consumption is part of our commitment to sustainable cold storage for EVs, offering cost-effective and eco-friendly solutions for cold chain packaging and transport.

Vaara’s modular design in its refrigerated delivery Solutions for last-mile delivery simplifies maintenance. Quick-access components reduce service times, minimizing downtime and allowing for efficient cold chain logistics.

No, our Cold Chain Refrigeration Solutions have integrated batteries within the refrigerator, making them ideal for food delivery and temperature-controlled deliveries without affecting the vehicle range, providing reliable cold storage for EVs.

No, Vaara’s Cold Chain Solutions are compatible with both electric and conventional vehicles. While specifically optimized for electric cold chain applications, including refrigerated solutions for EVs, our technology is adaptable to various fuel types, ensuring flexibility across diverse cold chain logistics needs.

vaara consumes only 5-8% of the vehicle’s battery for its operation. With its intelligent power management system, vaara utilizes energy efficiently.

Pre-cooling generally requires 30 minutes to 2 hours on a standard wall power point, depending on ambient temperature and the specific cold chain storage solution. This rapid cooling capability is especially useful for refrigerated storage for EVs, providing efficient pre-conditioning for reliable cold chain delivery solutions.

Vaara’s Cold Chain Refrigeration Solutions use approximately 1-2 kWh of electricity during pre-cooling, making them an energy-efficient choice. This low consumption is part of our commitment to sustainable cold storage for EVs, offering cost-effective and eco-friendly solutions for cold chain packaging and transport.

Vaara’s modular design in its refrigerated delivery Solutions for last-mile delivery simplifies maintenance. Quick-access components reduce service times, minimizing downtime and allowing for efficient cold chain logistics.