This paper discusses environmental-driven solar compensation mechanisms, specifically designed for energy communities. Renewable energy communities are multi-users energy systems that are expected to become popular in all countries, including Italy. Thanks to a reduction of batteries and PV costs, the environmental impact of the economic optimal design is expected to decrease in the future. In contrast, the economic optimal design solutions is less impactful than the grid mix both from an environmental and economic points of view. Results underline that the environmental optimal configurations rely on battery technologies, which entails a significant cost compared to the grid connection. The results of the environmental optimal design brought to the evaluation of a 3.25 kW PV assisted by 8.66 kWh of nickel cobalt manganese batteries, whereas the costs of the SHS are minimized by a small PV system (less than 1 kW). This methodological framework is applied to a case study involving a typical SHS installation in Italy. The proposed methodology is based on a mixed integer linear programming (MILP) optimization, life cycle assessment and life cycle costing. To achieve that, we present a methodology for the environmental and economic evaluation of grid-connected SHSs: user-scale electric systems involving a photovoltaic (PV) power system and a battery energy storage system. Upon receipt of the products from the suppliers you forward them according to already made sales orders to your clients.other options of the application:- keeping the product catalog with the photos.- tracing the stock on hand taking into account the reserves and the income estimates.- estimation of the products requirement taking into account the minimum and maximum provisions, the level of re-order and purchasing rate.- clustering the clients according to the credit status, types of prices, types of discounts, abc-class, fields of activities.- controlling the amount of the maximum credit on products for every client.- tracing the debtors and creditors.- creation of the sales orders, printing and sending the invoices and delivery notes to email.- controlling the profitability of each transaction and each product.- working with the suppliers with the help of the 'purchases' module.- accounting of monetary transactions in terms of invoices, transactions, and categories of incomes and expenditures.- adjustment of taxes.- reports on sales, purchases, finances and stock.This paper compares the economic and environmental optimal design of Solar Home Systems (SHSs) and explores the role of economic incentives (such as tariffs and technology costs) in approximating the two optima. Issue the invoices for the products not available in stock and estimate the products requirement in the 'purchases' module The sales funnel visually demonstrates you the number of projects being at different means of nano sales manager you may arrange the customized sales as well The project stores complete history of your negotiations with client and passes a number of stages when developedįor example, the stages may include 'introduction', 'presentation', 'commercial offer', 'contract is signed', and 'sold' The application has all the necessary tools for this.the sales with long cycle are automated by means of the 'projects' module The only thing left for you to do is to create a sales order, add the necessary products therein, accept the payment, give the products to the client and set the 'completed' status of the order

In the most simple case these are the processes with a short cycle when a client found you by himself and wants to purchase your product or service The application will also demonstrate you the efficiency of this process by means of the sales funnel.the application allows you to automate various business-processes of sales

Nano sales manager will help you to arrange the process of selling the products and services from the first meeting with a potential client to the turning him into a permanent customer

Nano home inventory