Summary
- Electric vehicles have the advantage of using their batteries for purposes other than driving
- The Mobile Power Station by DANNAR serves as both a heavy work machine and an energy storage solution
- The MPS is modular, self-propelled, and capable of off-road and on-road work
- The MPS is available with battery capacities ranging from 250 kWh to 500 kWh using BMW i3 Li-Ion battery packs
- The MPS can be charged in various ways, has different electrical outputs, and can be used for off-grid power needs
Article
The Mobile Power Station (MPS) by DANNAR is a versatile heavy-duty electric vehicle that serves as both a work machine with industry-standard hydraulics and an energy storage solution. It is equipped with BMW-engineered battery packs and has an electric drivetrain with various modes for different types of work. The MPS can be configured with battery capacities ranging from 250 kWh to 500 kWh, providing ample power for various industrial applications. It is designed to serve multiple industries including agriculture, utilities, construction, government fleets, airports, emergency response, military and defense, and more.
The MPS can be used off-road and on-road, providing power for work tasks and also serving as a mobile microgrid for energy resiliency. It can be configured with different attachments such as a cab, backhoe, mower, and more based on the customers’ needs. The modular design of the MPS allows it to replace multiple vehicles or machines, saving storage space and maintenance costs. The MPS can also be used for outdoor events and EV charging. The pricing of the MPS is comparable to similar-sized construction vehicles, with specific pricing based on customer configurations.
Customers from various industries including agriculture, military, construction, and government fleets have shown interest in the MPS. In agriculture, the MPS is used to power farming machinery and perform farming tasks without damaging crops. In construction, it serves as a powerhouse vehicle and a charger for EV construction machines. The military is exploring similar use cases, and government fleets are adopting the MPS to replace multiple pieces of machinery. The flexibility and versatility of the MPS allow for virtually unlimited attachment options, catering to different industry needs.
The MPS weighs up to 22,000 pounds and can carry a payload of about 40,000 pounds. It can be charged in multiple ways including grid connection, Level 2 AC input, DC fast charger, and 480 3-phase. Once charged, the MPS can operate for multiple days before needing a recharge. It can export energy through various electrical outputs and provide DC fast charging for other vehicles. The MPS can also be charged using solar power, making it a great complement to solar in a comprehensive microgrid setup.
Overall, the DANNAR MPS offers a sustainable and efficient solution for various industries looking to transition to electric vehicles. Its versatility, modular design, and energy storage capabilities make it a valuable asset for tasks ranging from agriculture to construction to emergency response. With a focus on reducing emissions, increasing energy resiliency, and providing a cost-effective solution, the MPS is set to revolutionize the way heavy-duty work is done with clean energy technology.
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