EV Build is the process of selecting, installing and testing a full-scale electric vehicle (EV) charging system. It encompasses many different aspects of EV design and installation that make it unique from a typical new business account or power project.
It involves evaluating an existing facility to determine the optimal location, circuit capacity, anticipated demand, and other factors for installing an EV charging station. It also involves modifying existing processes and procedures to accommodate the specifics of EV charging equipment.
In addition to making sure that the chargers are ready to operate, EV Make-Ready projects require consideration for other infrastructure needs including utility and developer cost calculations, contractor selection, installation scheduling, customer education, and more. These factors can significantly increase the cost and time of a make-ready project.
As the EV industry continues to evolve, new entrants will continue to face barriers such as the high upfront costs of batteries and the lack of a robust charging network. They will need to find innovative ways to reduce those costs and enable consumers to afford an EV while still being competitive in the marketplace. This will most likely involve looking for more efficient battery designs, revisiting systems complexity and materials, and implementing lighter components.
A great example of this is the use of recycled batteries in EVs. These are not only more affordable, but they also have better performance and longer lifespans than traditional batteries. It’s important to keep in mind that, despite these innovations, there will still be a significant gap between the initial purchase price of an EV and what it actually costs to own and operate.
The reason for this is that while the EV system was overhauled in Generation 3 to allow players to EV train a Pokemon without worrying about its HP or attack, each stat still only has up to 252 EVs total, so maxing two stats requires an equal number of EVs in both HP and Attack. Additionally, the amount of damage a Pokemon takes is directly proportional to its HP and the appropriate defense stat. Therefore, a good defensive EV spread will focus more EVs in the lower stat to minimize damage.
A good example of this is Smogon’s EV analysis of Blissey, which recommends that it be EV trained for special defense rather than speed. This may seem counterintuitive, but the reasoning behind it is that, while putting 252 EVs in defense will greatly reduce Blissey’s chance of surviving a OHKO or 2HKO by special attacks, it will greatly increase its ability to take physical attacks, which will outweigh this loss. EV training is all about weighing the risks and rewards of each EV spread in order to reach the goals you’ve set for your team. Ultimately, that’s why you play Pokemon!
