Tesla’s Massive Powerpack 2 80 MWh Power Storage

Tesla the electric car company is committed to making affordable, reliable, and sustainable energy that to the masses. This important to them because they believe that the future of the world depends on the use of sustainable energy. It does this through the manufacturing and installing electric appliances that support the use of the sustainable energy one such appliance is the electric storages.

 

 

Tesla partners with the like-minded companies to bring forth its technologies to full use for the public benefits. Tesla and the Southern California Edison (SCE) did complete the huge 80 MWH Tesla’s new Powerpack 2 energy storage station at the Mira Loma substation.

 

 

Though both companies are yet to launch the project officially, the project was completed a few weeks ago. It was also brought online so that the grid can utilize the new powerpack through managing its peak demand. The project is composed of 400 of the New Tesla’s Powerpack 2 that can be compared to the first generation of the Tesla’s Powerpack 210 kWh vs 100 kWh. The Mira Loma substation is the first to utilize the new battery pack for the utility-scale project.

 

 

Since the beginning of the Tesla energy in 2015 the company has announced that they have delivered 300 MWh battery packs both Powerpacks and the Powerwalls which means that the Mira Loma’s might make it to Tesla’s best product for energy storage product in the coming quarter. It is the initial product that has been developed in-house that is meant to reduce the cost, improves the efficiency and power density.

 

 

The project has a capacity of 20 MW/80 MW h, the project can handle sufficient energy that can provide power to more than 2500 households for a day. However, this is not the mission for the project the Southern California is utilizing it for on its grid covering 15 million people. In its place it’s the system will be charged during the off-peak hours while the demand is low and then supply electricity during the peak hours to assist in maintaining a reliable lower the company dependence on the use of the natural gas during the peak hours. The project was launched after the SCE started considering the use of the storage systems solutions as a result of the Aliso Canyon natural gas storage.

 

Tesla Improving Driving Safety through Autopilot

Tesla the leading manufacturer of the electric vehicles has one of the most advanced Autopilot systems. One important factor to note about Tesla is its capability to determine the exact position of the Autopilot crash if incase is does happen, Tesla does all this better than any other vehicle manufacturer. This is made possible by the way Tesla has designed its technology. While all Tesla vehicles do comes with all the required hardware that make it possible for the Autopilot to work, drivers do need the necessary software upgrades that do cost a lot of money to perfect that’s making it possible for the Tesla driver to make a comparison.

 

 

According to Tesla, their autopilot feature assists the driver to avoid the collision by a margin of up to 40%. This information has been proven by the transport and safety officials. It is not an exaggeration that Tesla has changed the way people think about self-driving cars. Tesla has outdone its competitors because it had been driven 130 million miles without ever having a collision accident this is the U.S rate of 94 million miles per fatality.

 

 

Tesla continues with its commitment to evolve it autopiloting features so as to make it even better. Tesla just released the new update of its software that is known as Tesla 8.0. The update requires that the drivers touch the steering wheel more often so as to increase the reliance of the Autopilot on the radar, as well as the ultrasonic sensors and the cameras. The Tesla CEO says that the new update will be able to detect accident that might occur and prevent before they happen.

 

 

Last year October the electric car company started shipping the Autopilot hardware that has an enhanced sensors that will finally be in a position to allow full autonomous driving. Every of the Tesla cars comes with eight cameras and several sensors that provide 360 degrees view. The company is releasing this feature that utilizes the use of the sensors suite on the regular remote updates. Musk says as they work toward improving the hardware, the car manufacturer is targeting at about 90% reduction of the car crash. Tesla is doing a great job of improving safety and making the Autopilot more useful.

 

 

 

Tesla’s Massive Powerpack 2 80 MWh Power Storage

Tesla the electric car company is committed to making affordable, reliable, and sustainable energy that to the masses. This important to them because they believe that the future of the world depends on the use of sustainable energy. It does this through the manufacturing and installing electric appliances that support the use of the sustainable energy one such appliance is the electric storages.

 

 

Tesla partners with the like-minded companies to bring forth its technologies to full use for the public benefits. Tesla and the Southern California Edison (SCE) did complete the huge 80 MWH Tesla’s new Powerpack 2 energy storage station at the Mira Loma substation.

 

 

Though both companies are yet to launch the project officially, the project was completed a few weeks ago. It was also brought online so that the grid can utilize the new powerpack through managing its peak demand. The project is composed of 400 of the New Tesla’s Powerpack 2 that can be compared to the first generation of the Tesla’s Powerpack 210 kWh vs 100 kWh. The Mira Loma substation is the first to utilize the new battery pack for the utility-scale project.

 

 

Since the beginning of the Tesla energy in 2015 the company has announced that they have delivered 300 MWh battery packs both Powerpacks and the Powerwalls which means that the Mira Loma’s might make it to Tesla’s best product for energy storage product in the coming quarter. It is the initial product that has been developed in-house that is meant to reduce the cost, improves the efficiency and power density.

 

 

The project has a capacity of 20 MW/80 MW h, the project can handle sufficient energy that can provide power to more than 2500 households for a day. However, this is not the mission for the project the Southern California is utilizing it for on its grid covering 15 million people. In its place it’s the system will be charged during the off-peak hours while the demand is low and then supply electricity during the peak hours to assist in maintaining a reliable lower the company dependence on the use of the natural gas during the peak hours. The project was launched after the SCE started considering the use of the storage systems solutions as a result of the Aliso Canyon natural gas storage.