building the future with technology
EVOLUTION OF BRILLIANT IDEAS
Boost design efficiency, engineering and simplified approach towards product designing.
Design process helps select technology and materials to improve product efficacy.
DECARBONIZATION AND ENERGY TRANSITION
Powering your home devices or small business or charging warehouse robots using a small renewable energy system that is not connected to the electricity grid makes economic sense and appeals to their environmental values because they contain advanced technology that regular batteries do not.
STEP 1: CHARGE
During daylight, the battery storage system is charged by clean electricity generated by solar.
STEP 2 : OPTIMIZE
Intelligent battery software uses algorithms to coordinate solar energy production, usage history, utility rate structures, and weather patterns to optimize when the stored energy is used.
STEP 3 : DISCHARGE
Energy is discharged from the battery storage system during times of high usage, reducing or eliminating costly demand charges.
TECHNOLOGY USED IN SMART AND HYBRID BATTERY ENERGY STORAGE SYSTEMS
1) IOT Technology.
2) Serial Communication System.
3) HID Technology.
BESS CONTROL TECHNOLOGY
1) VOICE AND APP CONTROLLED
A smart technology and easy to use battery storage systems which enables the wireless control of storage systems with smartphone App control or Radio Frequency remote control.
Meet your new voice control battery energy storage system, Completely hands free control with voice access like Alexa Voice, Google Assistance,
Designed and built a Google Home and Voice access system are integrated in Battery Energy Storage System and it empowers you to do virtually controlling of BESS system.
2) CONTROL MULTIPLE DEVICES WITH SINGLE BATTERY ENERGY STORAGE SYSTEM
RS-485 SERIAL COMMUNICATION/TTL COMMUNICATION
RS485 TO ETHERNET FOR BATTERY ENERGY STORAGE SYSTEM COMMUNICATION
The RS485 TO ETH module provides an easy way to communicate between RS485 and RJ45 port Ethernet. It can be configured via a webpage, AT commands, serial protocol, and network protocol provides configuration protocol that can be integrated into software. This adapter communicate between the single channel and multi channel relay modbus with personal computer or tab.
The RS485 to Ethernet Converter comes with several working modes such as TCP Server, TCP Client, UDP Server, UDP Client.
RS232 TO ETHERNET FOR BATTERY ENERGY STORAGE SYSTEM COMMUNICATION
The RS232/485 TO ETH converter, which allows bi-directional transparent data transmission between RS232/RS485 and RJ45 port Ethernet, even at the same time. It can be configured via a webpage, AT commands, serial protocol, and network protocol provides configuration protocol that can be integrated into software.
IOT TECHNOLOGY CONTROL SYSTEM AND MOBILE APPLICATIONS
Smartphones play a key role in the IOT Technology because you can control energy storage system through an mobile app.
Animagtics Technologies IOT Technology mobile app is emerging communication concept that will interconnect with energy storage systems and allow to communicate with each other seamlessly.
The App is only available in Android smartphones and currently in testing phase.
The energy storage can controlled by various IOT app
1) Samsung Smart Things App.
2) Google Assistance App.
3) Amazon Alexa App.
4) Animagtics IOT Technology App.
SMART BATTERY SAVING MODES
Battery Saver Mode can boost your battery life substantially.
The Smart And Eco Mode is a battery saver mode operating in this way the energy storage systems can achieved high efficiency at almost any loads.
BENEFITS OFF GRID BATTERY STORAGE FOR RENEWAL ENERGY
DESIGNING FOR EMERGING TECHNOLOGIES
Design not only provides the framework for how technology works and how it’s used, but also places it in a broader context that includes the total ecosystem with which it interacts and the possibility of unintended consequences. Technology is a new innovation that allows the creation of highly robust and intelligent battery storage systems.
The Performance, modifiability, availability, scalability and reliability, are important quality requirements in our system design and we analyze for a system and determine if our system is designed properly or not.
ENERGY STORAGE SYSTEM AND AUTOMATION
FOCUSED SECTORS FOR OFF GRID BATTERY STORAGE SYSTEMS
1) Urban And Rural Areas.
2) Logistics And Warehouse.
3) Commercial And Residentials.
4) Small And Large Scale Industries.
5) Telecom Sector.
CLEAN ENERGY TECHNOLOGY
Clean energy technology is an important tool to renewable energy. The electricity generated by solar panels during daylight hours to help keep the lights on after the sun goes down. Looking into the future, clean energy enabling strategies and resources will be important to manage the dynamic nature of a high clean energy system. Notably, this involves accessing increased flexibility for the electricity system through generation resources, demand, and storage to manage variable supply from solar energy. The key technologies for energy storage system operation is developed to store it in a home battery storage system, and discharge it whenever your solar panel generation tapers off.
BATTERY STORAGE SYSTEM
Solar Powered energy for individual in rural areas can solve the problems of power. Solar rechargeable lithium phosphate battery powered electrical storage system can give power backup to your electrical devices, A innovative cell technology and pure sine wave output and it based on bipolar monolithic technology that ensures the optimum solar power generation and recharge the lithium phosphate batteries faster. This portable electrical storage system is easy to install in any places.
SMART ENERGY STORAGE SYSTEM
Battery Storage System
Smart controlled off grid Storage System is a Lithium Ion battery powered solution protected from battery management system (BMS) and energy management system (EMS) for controlling the voltage and power flow for ever- changing power consumption and control the devices for home and offices and provide continuous electrical power support which allows you to operate, monitor and control home appliances like lightning and other appliances. The output of BESS is a pure sine wave output and it based on bipolar monolithic technology.
Electric Storage System is small and compact with Wall mounting DC-AC convertor unit, Safe from floor dust, Water and electric shock to small children. The battery storage system enclosure made up from ABS material (Acrylonitrile Butadiene Styrene) melting temperature 220 degree Fahrenheit and safe from melting during rise in temperature in an electrical circuit and chip.
Smart and innovative off grid Electronic Storage System provides continuous electrical power backup for more 7hrs to 8hrs to residences and offices and protect your desktop computers, wifi routers internet connection and other devices and keep your critical equipment up and running. We research and developed L-Ion battery voltage regulation technology that converts lithium ion battery power into AC output, The power consumption of battery is very low and it charged faster than other batteries.
Battery Storage System
Real time thermal monitoring of electrical storage system batteries with thermistor and thermocouple and the temperature gradient profile in the battery surface depends on discharge ( C ) rate.
DISCOVER OUR BATTERY ENERGY STORAGE SYSTEM
Prototype Battery Energy Storage System BESS-75
Prototype Battery Energy Storage System BESS-500
NOT PUBLISHED CONFIDENTIAL INFORMATION FOR DESIGN AND TECHNOLOGY PATENT.
DESIGN METHODOLOGY OF OFF GRID SOLAR POWERED STORAGE SYSTEM
We design a system that consume less battery power and low self discharge, Released the stored power at a much slower rate. The micro controller was used as master and used as a slave controller in the BMS and controlled the cell temperature, voltage and current with designed control system.
How to determine the capacity of storage system batteries
Our storage system lithium batteries are depends on the daily average energy consumption per day
If appliances daily consumption of energy per day is 770 Wh per day and days of autonomy is 1
Then battery capacity is (Ah)
Total Watt hour per day used by appliances x Days of autonomy / 0.85 x 0.6 x Nominal battery Voltage.
Ah = 770 W-h per day x1/0.85x0.6x12Volt
(Amp Hour = 125) lithium battery capacity required for the storage system.
SOLAR PANELS BATTERY STORAGE SYSTEMS
Choose right solar panel for our lithium batteries storage system is important.
If appliances daily consumption of energy per day is 770 Wh per day and battery Ah is 125 and 12 V.
Wattage Of Solar Panel
770 W-h per day / 3 - 4 Sun hours/ day = 256 Watt.
256Watt / 0.8 (System Losses) = 320 Watt.
200 Watt Solar Panel.
PRODUCT SHOWCASE VIDEO
The prototype demonstration of first working model and pre-alpha version of lithium ion battery powered 75 watt single press remote controlled Smart Electrical Storage System with battery temperature monitoring system provide solution from electrical outages and control the devices for home and offices and provide continuous electrical power support.