Su-vastika Systems Private Limited has emerged as a leader in India’s power and storage solutions landscape. Our commitment to research and development (R&D) is crucial in driving innovation and ensuring they remain at the forefront of this rapidly evolving industry. This write-up explores Su-vastika’s R&D efforts across power backup, solar, and lithium battery energy storage systems (LBESS). Our Mentor, Mr. Kunwer Sachdev, is the main force behind the newer technologies being developed at our R&D Centre.
Key Focus Areas:
Key Strengths:
Impact:
Su-vastika’s R&D efforts have resulted in:
Looking Ahead:
Su-vastika’s R&D roadmap is focused on:
By staying at the forefront of R&D, Su-vastika is well-positioned to continue delivering reliable, efficient, and sustainable power solutions for homes, businesses, and critical infrastructure, contributing to a greener and more resilient future.
A functional PCB tester is a critical machine used in electronics manufacturing that ensures the quality and reliability of populated printed circuit boards.
It performs a series of automated tests to verify the electrical connections, components, and features/functionally of the populated PCB and helps manufacturers maintain consistent quality across different batches of products.
The PCB Functional testing machine consists of a hardware platform that includes test probes, switches, and other measurement instruments, as well as a software system that controls the test sequence and records the test results.
The software is usually designed to be highly customizable, allowing manufacturers to define their own tests and specifications and to add new tests as needed. https://suvastika.com/automatic-functional-pcb-tester-by-su-vastika/
PCB functional testing machines are essential for ensuring the quality and reliability of electronic products because by catching defects early in the manufacturing process, they can save manufacturers time and money by preventing costly rework in the field or product recalls which can impact reputation and future sales.
They are also an essential tool for maintaining consistent quality across different batches of PCBs, ensuring that products meet the required standards and specifications even if some components change across clusters.
There are many functional testers available in the market. Some functional PCB testers are designed to not only test the functionality of the PCB, but also to program the microcontroller on the PCB.
These testers are often equipped with programming tools, such as an ISP (in-system programming) or JTAG (Joint Test Action Group) interface, that allow them to program the microcontroller directly on the PCB. Suvastika’s PCB Functional Tester has this capability inbuilt.
However, not all functional PCB testers are designed to program microcontrollers. Some testers may only be capable of testing the functionality of the PCB and not programming the microcontroller. In this case, a separate programming tool would need to program the microcontroller which is an additional step and hassle in production.
It’s essential to check the specifications of the specific functional PCB tester you are thinking of using to determine if it can program the microcontroller on the PCB.
Salient Features:
Suvastika is also offering PCB Functional Testing on a Subscription basis which is the first time any company is offering it as an enterprise solution.
Application of PCB Functional Tester:
Parts of PCB Functional Tester
There are three main parts in a PCB Functional Testing Setup
For PCB Functional Testing, one needs PCB Function testing Jig, A PC, and software and if remote monitoring is required, then a cloud-based intelligent factory app.
Windows PC software allows one to configure the PCB functional tester for any PCB with any number of test points, and you can set how many points to be tested, the maximum, and minimum voltage/current/resistance value, how many samples need to be used for averaging, etc.
Operator/Admin access control can be given using ID/ password or QR code scanning.
One can save different test programs for each PCB or its variant and then can select to start using it for the test quickly.
While running, PC software shows the testing progress and status of each test. Each test point measurement is compared with its configured min and maximum value, and the result is displayed as PASS or FAIL, along with the actual measured value for that particular test point.
In the image above, the right-hand side panel is the terminal view, which allows an operator or floor supervisor to see the progress in more detail. This helps quickly find the issue in case PCB functional tester is not working or misbehaving.
PC software automatically generates the serial number based on Date, Time, Factory Code, Jig Code, and serial number, which helps one to identify the PCB in its complete lifetime.
QR code will be posted on the PCB once testing is completed.
Test result data is not only stored in the local database but is also pushed to Suvastika’s Smart Factory cloud platform, where Factory managers can easily monitor the testing progress and the result.
A Lithium Battery Tester is a device used to test the performance and reliability of a lithium battery pack.
Lithium batteries are commonly used in various applications, such as electric vehicles and renewable energy storage systems, etc. where the performance and reliability of each cell within the battery pack are critical for optimal performance and longevity of the battery pack.
During the tests, the lithium battery tester measures the electrical properties of each cell, such as its capacity, individual cell voltages, and cycle life, and records the test results. The test results are then analysed to determine the performance and reliability of each cell within the battery pack.
The specifications of a lithium battery tester may vary depending on the specific model and manufacturer. However, here are some common specifications that are typically found in a lithium battery tester:
Suvastika’s R&D Team has spent more than 2 years to carefully research and develop the Lithium Battery Tester which is useful considering work condition and needs of the industry.
Salient Features
Application:
There are various scenarios where a Battery Tester can be used especially if you are manufacturing or using batteries in your high volume/value products
Suvastika’s Lithium Battery Test Solution consists of two parts, one the Battery Tester itself and the Windows PC Software.
Lithium Battery Tester is connected to main Power by the power cord from the back side of the panel. ON/OFF switch is also provided.
On the front side you will see a DB25 connector to connect to the battery, this is used for tapping the cell voltages and temperature sensor located inside the battery
Battery Terminal is provided to connect the Battery Power terminals
Two USB B type connectors are provided to connect the tester to the PC
Inbuilt FAN is provided to ensure optimal thermal performance of the Lithium Battery tester
Windows PC Software
Main Dashboard
There are various tabs in the Window PC Software, the first one is the dashboard where you can see all the cell voltages in a bar grap representation
Right hand size panel gives various information about Battery Bank at cell level like what is the minimum voltage of a cell in the bank, maximum voltage of the cell and average cell voltage and Imbalance cell voltage across all the cells in the battery bank.
Other details you will see is Battery Bank voltage, how is the current drawn from the battery in discharge mode or current going inside in the charging mode. Battery Power consumed or discharged and the Cumulative Energy in Watt Hr.
Provision is given to mention Battery ID so that test data can be stored in the databased with the battery ID.
Status section show all the alerts or warning messages like if imbalance voltage goes above set limit, if any communication port of the lithium battery tester is not working, etc.
DEBUG Mode
Debug table gives the ability to control and test all the instrumentation modules used the Lithium battery tester like Voltage measurement module, Energy Measurement module, charger and discharger, etc.
Graphs
As mentioned, various parameters can be analyzed with trend graphs like battery voltage, battery current, energy consumed or discharged, imbalance, individual cell voltages.
Settings
These are various settings available in the software to configure the Battery tester for a particular battery type capacity and test method. You can select if you want to test only charging or discharge or do charge discharge.
You can set the ideal battery capacity so that software will automatically calculate efficiency/actual battery capacity Vs ideal battery capacity automatically after test cycle is completed.
Auto Cycle
Once the tester is configured and started the autocycle tab gives you details like which mode it is working, when did it start and end, how much duration each mode took, how much energy was used in charging or discharging, Capacity percentage Vs. Ideal capacity, imbalance voltage before and after the relaxation time.
Suvastika’s team is constantly working on upgrading the featured of the Lithium battery tester and its associated Windows PC Software.
Cloud Platform Login: This is the log page of Suvastika’s Smart Factory Cloud Platform. One can log in using an authorized email id and password.
List of different variants of PCBs tested (in the selected duration)
Once login is successful, you can see all other variants of PCBs getting tested and their pass-fail count with percentage. This gives a perfect overview to the factory manager.
One can change the period to see the status during that period, like if you want to see which all PCBs got tested in last month.
List of all Serial numbers of a particular PCB variant
If the Factory manager wants to see details on a specific variant of the PCB that is getting tested, the eye icon can be clicked, and the screen below will open where the list of PCB with their serial number and other information like test duration, who is the test engineer, pass/fail status are listed.
Detailed view showing each test points
Factory managers can go into further detail by clicking on any serial number, and then the screen, as shown, will be displayed. Here you see a list of all tests carried out on the PCB and its result.
This helps the factory manager to see what’s going on in the minute detail and hence gives a complete control.
Production Trend with Pass, Fail
For quick analysis, Suvastika’s innovative factory platform provides a trend view where the factory manager can see how production progressed for a period, like in this month so far or last month, or during the selected period, which could be the last 6/12 months.
This view is critical to see if production is improving, and if failures are getting controlled after specific changes made by the team. Etc.
The best part is no one needs to take manual reading to do this analysis. Everything is automated and manipulation-proof.
Suvastika’s team is constantly working on improving the features of its PCB Functional Tester, its associated PC software, and the Smart Factory Cloud Platform.
https://www.insideoyo.com/su-vastika-solar-the-solar-solution/Our focus is on designing the Automatic Testing Equipment for testing Electric Vehicles so that we can help the Electric Vehicle Industry to test all the parameters to ensure the reliability of Electric Vehicles.
The ATS set-ups are used to test the complete vehicle as well as components like testing of battery, motor and motor controller individually,
This will help improve the quality of the product and the manufacturing process.
These ATS set-ups will be very important for the battery swapping units where batteries will be charged, and quality will be checked for each battery manufacturer for multiple cycles before the sale.
We have a dedicated team for test automation who designs the testing jigs and gets them implemented in production.https://bwautoworld.businessworld.in/article/Su-vastika-Launches-Electric-Scooter-Batteries/22-03-2023-470087/
We make our transformers for each product manufactured by us. So, each transformer is tested on the parameters defined for each category. Those tests are performed and tested, and the sticker is printed automatically to paste into the product with automatic bar code generation, which helps us track each part of the system. This software is then monitored online; all the data is kept online for future reference.
Solar PCUs (Power Conditioning Units) are devices that convert the direct current (DC) electricity generated by solar panels into alternating current (AC) electricity that can be used by homes and businesses. IoT (Internet of Things) refers to the network of physical devices embedded with sensors, software, and other technologies that allows them to collect and exchange data.
Combining solar PCUs with IoT could have a number of benefits, such as:
Su-vastika is researching solar PCUs with IoT in order to develop new products or services that offer these benefits.
Lithium Battery LifePO4 technology
Su-vastika’s research on a Battery Management System (BMS) for Lithium Iron Phosphate (LiFePO4) batteries with an IoT platform. However, based on the information you’ve provided and my understanding of current trends, here’s what I can share:
Potential Applications:
Possible Benefits:
Further Research Su-vastika’s research, their focus on LiFePO4 batteries and IoT technologies suggests they are likely exploring innovative solutions for energy storage and management. Here are some suggestions for further research:
By exploring these resources, you may be able to glean more information about Su-vastika’s specific research and its potential applications.
We have a computer communication interface for almost all of our products.
This helps us easily configure the product for custom requirements and enables us to read parameters and settings via the communication interface.
We have developed custom PC software to validate the Parameters of each of our products.
We are a very quality conscious company and we want to known for reliability of our products.
Each inverter/UPS/Offgrid and Ongrid which goes out to the market gets tested on various parameters like battery protections, Main high/low protections. They get tested on various protections including short-circuit, overload, low-battery, high-battery, etc., along with load conditions, quality of waveform are checked. Efficiency is also checked during the process.
We have a traceable quality system with the help of which each inverter gets a unique barcode and test reports are saved on our server which can be seen at any point in time.
Energy Storage System 125KVA
Solar Hybrid PCU mobile app for monitoring and controlling the PCU
Bluetooth and wi-fi dongle for the digital warranty
Digital warranty on mobile screen
10 KVA ESS with Lithium battery
BESS 50KV
Lithium battery Combo 1050LI
150 KVA ESS internal pic
2.5KVA Lithin inbuilt inverter
Lithium battery bank with inbuilt ESS 7.5KVA
Lithium-ion battery 1024W
24V Lithium-ion battery 2.4KW
MCB Tester
This is another achievement of our RnD to design the MCb tester for testing the AC and DC MCBs as the MCB is an integral part of our products, and if one MCB fails, then the whole product fails, and in Exports, the repairs is a big problem. So we designed our MCB tester with built-in printer for our quality IQC.
Lithium battery 24 V UPS
Su-vastika
