Abstract: A modular electric vehicle (EV) charging station may be integrated with Battery Energy Storage System (BESS) capabilities. The charging station may provide a modular architecture, allowing for scalable deployment in various locations, from urban environments to remote areas. The modular design may enable easy expansion or upgrading of the station's charging capacity and power output. Integrating BESS within the charging station may ensure a reliable and efficient energy supply, even in areas with unstable grid connections or in areas experiencing catastrophic weather events resulting in lost power. The BESS may store energy during off-peak hours or from renewable sources, such as solar, and deliver that energy during peak demand periods, thereby reducing energy costs and alleviating strain on the local power grid. The system may be equipped with advanced energy management software that optimizes charging times, balances loads, and enhances overall efficiency for ground and/or aerial electric vehicles (EVs).

Abstract: A computer system which allows a company to keep a detailed record of its sales and marketing activities, and in particular keep track of sales and marketing activities performed by sales representatives employed by the company. The computer system comprises a server connected to the Web, a plurality of client computers also connected to the Web and having access to the server via the internet, software to render sales and marketing support services, and a database to store information. Part of the software, a TRACKER™ tool allows a sales representative to keep track of his sales and marketing activities, a LEADS HARVESTER™ tool automatically generates sales leads in the form of email addresses of likely customers, and a FOLLOW-UP SEQUENCE™ tool allows the user to design and implement automated email-based marketing campaigns.