Titularidade da Patente: UNIFAL-MG; DME Distribuição S.A.
Número da PI: BR 51 2021 000985-1
Data de Concessão: 18/05/2021
Status: Registro Concedido
SFV Web
SFV Web, developed at the LAPEE Laboratory, is an intuitive and responsive platform that enables detailed monitoring of solar photovoltaic systems. Through a secure login, users can access graphs and tables presenting electrical and meteorological parameters, optimizing fault detection and system performance analysis.
It allows users to log in/out and view performance, electrical, and meteorological parameters of photovoltaic systems in tabular and graphical formats through the Production, System Performance, and Measured Parameters pages. It also allows viewing of parameters for solar modules, strings, and inverters. Data is presented through the consumption of external APIs.
SFV API
Titularidade da Patente: UNIFAL-MG
Número da PI: BR 51 2021 000963-0
Data de Concessão: 01/06/2021
Status: Registro Concedido
A program developed to support solving thermodynamic problems involving the use of gases, solving third-degree equations, and graphical analysis. The program's purpose is to provide information on thermodynamic evaluations of gases.
Based on the data, simulations can be performed for educational purposes and also for industrial projects involving the sizing of tanks, reactors, or similar devices for gas-phase processes. The advantages of the program are its simplicity of operation, versatility, allowing it to run on any computer with the Microsoft Office suite, and agility in comparing different thermodynamic models to calculate the molar volume of gases.
Titularidade do Programa: UNIFAL-MG, DME Distribuição S.A.
Número da PI: BR 51 2021 000984-3
Data de Concessão: 18/05/2021
Status: Registro Concedido
The system helps detect faults and performance degradations in solar photovoltaic systems, reducing operational and maintenance costs over time by modeling performance parameters such as efficiency, yield, and capacity factor, among others. The LAPEE SFV REST API provides routes for customers to consume and acquire performance, electrical, and meteorological parameters through requests using HTTP methods such as POST and GET.
The LAPEE SFV API calculates performance parameters such as efficiency, yield, and capacity factor, among others, for direct and alternating current parameters.
CALCTERMO
SFV DATA LOGGER
Titularidade do Programa: UNIFAL-MG, DME Distribuição S.A.
Número da PI: BR 51 2021 001103-1
Data de Concessão: 01/06/2021
Status: Registro Concedido
It helps detect faults and performance degradation in solar photovoltaic systems, reducing operational and maintenance costs over time through modeling of performance parameters. The LAPEE SFV Data Logger offers customization options so customers can collect and store performance, electrical, and meteorological parameters using appropriate measuring instruments.
The LAPEE SFV Data Logger allows for customization of collected parameters and the use of different measuring instruments through abstraction via the Modbus communication protocol.
Simulation software that considers various operational scenarios and the variability of solar and wind generation. This tool allows you to model the dynamic behavior of battery storage systems, offering a detailed analysis of the ideal times for battery use, considering performance and economic and operational parameters.
Titularidade do Programa: ESSENTIA
Número da PI:
Data de Concessão:
Status: Registro Concedido
ProbatSIM
Titularidade do Programa: ESSENTIA
Número da PI:
Data de Concessão:
Status: Registro Concedido
ProbatOpt
Optimization software focused on defining the best sizing and operating strategies for Battery Energy Storage Systems (BESS). It evaluates costs, performance, and economic impacts in different scenarios, enabling a deeper understanding of operating costs and battery performance, with the goal of maximizing system efficiency and profitability.
