The Battery Problem. Major cellular carriers manage 10-15M lead acid batteries annually. Currently, the length of a lead acid battery's lifespan is only 1-3 years and managing theses batteries require expensive tedious annual and manual onsite testing. Additionally, the costs of purchasing and sustaining the batteries are very expensive; companies allocate $10B annually for such upkeep in order to stay ahead of the curve and the new demands put upon their systems.   

Opportunity. The explosion of new hand held devices coming on line (i.e.: smart phones, IPads, internet usage, etc.) companies currently require millions of sq. ft. of radio and server space to be able to support these demands. To meet these demands there are also substantial power requirements for increased DC power plants and added layers of backup and reserve power to keep up with this surge.

There is a significant shift that is needs to take place to be able to meet these peak power requirements and this new high demands but also lower operational costs; the systems currently in place are falling further and further behind.   

Our intelligent lithium-based power can meet these new demands. PST power systems not only meet these demands but have a longer life cycle (10-year), reduce the AC usage and lower excessive power bills associated with lead acid batteries take up less space and are substantially lighter.

A major problem that exists in the cellular, banking, utilities and internet industries is their dependency on antiquated lead acid battery technology for backup, reserve and power systems. As the demand for these services has increased over the last 10 years, the DC power systems are cumbersome, heavy and are just not able to keep up.

PowerSmart Technologies, or PST, produces lithium-based intelligent power management systems that are a direct replacement for the lead acid batteries used in several billion dollar industries. We have designed these advanced systems to not only meet today’s needs but far exceed market demands in the future.

PST’s intelligent, lithium-based, environmentally-friendly battery power supply products have been designed in collaboration with our clients' engineers to provide hands-on, interactive tools that help with managing mega DC power plants and replace their inefficient, hazardous lead acid batteries. 

The majority of all electronic equipment today runs on DC power; any electronic equipment that has a box on the cord between the device itself and the wall outlet is run by DC power. In fact these power supplies or “power rooms” are standalone integrated power sources that are critical to the overall operations of our clients and end users. Many of these mega power rooms (used by AT&T, Verizon, T-Mobile, Facebook, Google, and more) can even exceed the size of covered football field!

Current lead acid batteries are outdated and difficult to dispose of. PST's lithium batteries serve as replacements for DC power systems with products including cell phones, laptops, tablets, computers, and other products.

The following is a list of our biggest accomlishments to date:

All of our product testing is complete and we will be working hand in hand with T-mobile to install

We are currently in the process of delivering prototypes to T-Mobile and have coordinated to develop power stations that we are currently preparing  to deploy with them

We are launching with T-Mobile in Q1 2014 (currently T-Moible handle 2.3M batteries per year as a normal part of their anual logistics , spending millions on battery maintenance nation wide)

We have strong relationships with T-Mobile, AT&T, and Verizon

We are in negotiations with 11 OEM distributors to finalize a roll-out plan

The founders of PST have over 150 years of combined experience in the cellular and power industries — meaning they have built an expensive and well established network of connections. Initially, we started by setting up the first Nextel and Sprint cell sites. Since then, we have pioneered standards, procedures and have been on the innovative engineering side of building cell sites.

Five years ago, we itendified that the power infrastructure needed to support the cellular and other industries was not keeping up, but rather falling behind its ability to support all the new devices and services being offered. Their lead acid batteries were showing signs of age along with major limitations and the entire power systems were not being viewed as a whole system, just individual parts.

Not only do we fulfill and exceed the power requirements, but we make a point to go far beyond by adding a level of intelligence that manages and talks to our clients which has never been instigated before. PST began formulating new approaches and started working with top engineers within the cellular companies and worldwide to develop a solution to address these growing trends. We built and applied our internal R&D and the major cellular companies started to pay attention and began asking for our PST products.