A string of EV charging stations may cost a lot but the whole additional electrical installation supporting the devices are even more expensive. It makes a difference if you have used a LMS such as our unique SLMS, the PSN-EVC system, in terms of financial benefits.
With PSN the Shadow Power of your car park can be harnessed as the power source for EV charging, thus saving a great deal of new electrical installations such as switchboards, transformer, generator, cables and valuable space for the facilities. This is a large saving that could significantly reduce your initial investment.
Electrical infrastructure needs to be built and maintained to cope with Peak Demand instead of the level for steady average energy demand. “Demand Charges” are the extra fees applied on the electric bills for commercial and industrial customers based on the peak amount of power drawn during any (typically 15-minute) time interval within the billing period. Demand Charge occupies a significant portion of commercial customers’ electricity bills. Our PSN system harnesses Shadow Power from off-peak hours. It helps shave the peak demand. Recently, the Hong Kong government has publicly presented the willingness to study on a lower tariff for night charging. You will be happy to see a lesser-amount utility bill at the end of the month by virtue of Shadow Power Charging.
The PSN-EVC System is a fully automated power and load management system powered with advanced NALA technology. You can expect the least manpower on maintenance services by your personnel or subcontractors. You will also see less management cost on resolving customer conflicts from limited charging service.
Now that the power consumption profile of your building has been optimized by the PSN-EVC System. With such a Super Load Management System set in place, you are ready to interact with the grid and enjoy any possible privileges or rebates offered by the Power Company which are to incentivize your green efforts now and in the future.
If you are running EV charging business, you may possibly suffer from the loss due to the fact that only a small amount of kW/hr per charging point has be sold, comparing to the large investment of the full-rating charging installation you have invested. The PSN-EVC System allocates limited electricity resource and increases utilization rate per charger. As a result, the loss could be saved.
PSN-EVC is a real green solution to EV charging. It helps share your company’s green missions. It also contributes to the early and economical installation of EV charging facilities, thus enhancing visitor volumes and related sales. Remember, generous charging services may help draw visitors volume that brings more business.
PSN-EVC facilitates peak-load optimization together with EVs’ battery-energy-storage system. This bidirectional vehicle-to-grid (V2C) technique helps utilize the stored energy from EVs in a parking lot. Research found that industrial peak load can be reduced by 50% and energy cost by up to 27.3%.
Compatible with AC or DC chargers, the PSN-EVC system can work with a wide spectrum of charger brands in the market, high or low end. Because PSN-EVC indeed undertakes load management and charging fire prevention functions, you are free to select run-of-the-mill chargers to save equipment money while enjoying the same level of quality and safety.
For non-residential or commercial premises, the electricity bill can be broken down into three parts: Demand Charge, Energy Charge and Fuel Cost Adjustment. Demand Charge is an additional economic penalty for your building if its maximum energy demand exceeds contracted power level. It is a significant part of the tariff structure. This charge can be claimed as much as 50% of the total amount or even higher if the power consumption curve of your premise is steep and peaky. A level and stable demand of electricity supply can save you a lot of demand charges. In this regard the PSN-EVC System is developed to optimize power profile and to reduce this charge from unique off-peak EV charging.
Enhancing the electrical capacity of your building in order to serve EV charging could be a big deal, especially when we are talking about tens or hundreds of chargers. Capex for a charger consists of the charging equipment itself plus any required upgrades to the local electricity grid, space, civil works, etc. Comparing to this, the additional cost for PSN-EVC is just for some controllers and interfaces inside the Header Box and rolls of LAN cable. Enjoy 75% less power cable cost per every 4 chargers! Field data also shows that Cost-to-serve per charger is at least 30% cheaper compared to the charger installations without PSN-EVC system!
#4 & #7 depends on your chargers’ functions or further investment sooner or later.
Enjoy a lot benefits but not including $0 investment on power upgrade and the best LMS functions.
Just win other plans by a distance. The smartest sure choice for your EV charging installation!