Hello.
I am invested in shivalik bimetal
And was looking into the results
I am attaching here my calculation
Hello.
I am invested in shivalik bimetal
And was looking into the results
I am attaching here my calculation
Fair value gain is reflected in the “other incomes”. Any idea where the acquisition cost to buy the remaining stake in the two JVs shows up?
A subtle development and more importantly for investors community is - IR seems in place per press release - Dickenson. Surprisingly there wasn’t any formal announcement though.
Here some details about agency and clientele.
https://dickensonworld.com/freezone/news/
This is also evident from press release and hopefully Annual Report to reflect similar quality and help us understand company better.
While cost of hiring IR is a factor, here it shows management intent to communicate better with markets, a very positive step imo.
On a quick glance - One of quality fast grower who has seen a client with them is Armaan. Here is pre and post hiring view , while Armaan has delivered well and stays core reason, a good IR helps too.
Meaningful event in last year+ or so
Product, opportunities and moat/capabilities/ entry barriers have been well discussed in forum, forward looking they are well placed to play key themes of EV/BMS, Smart meters etc.
Invested and excited about possibilities, aided by management intent/steps taken.
Just listening to vishay concall. Some very interesting insights:
Disclaimer: invested, biased.
Had the chance to interact with an expert on BMS. Sharing some high level takeaways.
Most have been covered before in this thread, past work has been incredible. Thanks to every single person who helped solve a piece of the puzzle.
Designer of the shunts are crucial, as a badly made shunt is inaccurate. Shunts have a low ohmic usage, low energy loss, smaller size and better accuracy.
Different alloys of these shunts lead to different performance at various wattages, different profiles of resistance with change in temperature, etc. Further work for me: look into whether different alloys allow higher and higher current usage, etc.
Shunts are cheaper than Hall effect sensors, and Vishay’s shunts are the cheapest on the market.
Post from a few years ago was spot on based on the conversation:
Disclosure: invested, biased. No transactions in the last 30 days.
Company to consider issunce of Bonus shares…
258e460e-0937-4f07-90c0-3c925ae784eb.pdf (232.7 KB)
1 bonus share for every 2 shares held .Record date to be declared later .
ee682942-3da9-4388-bc85-86a44b7f7cb4.pdf (342.9 KB)
Smart meter tender
Source: Sector majors line up for power ministry's 10 mn smart meter tender | Business Standard News
(Business Standard, 01 September 2022)
As per the above, 4.8 million smart meters installed so far. 10 million smart meters tender is sizeable. Government estimates indicate deployment of 250 million smart meters for domestic consumers.
A logical question to ask is what are the possibilities for Shivalik shunts - here is a clue
Vishay sells for $12-$15 per peice for WSBS type shunts ( type ties to shivalik in points below) - though smaller quantities possible. This is a multfold markup, even after considering various overheads involved and sales infra reqd.
If one were to look at how much of Vishay shunt offerings are covered by Shivalik - my sense is a sizable - infact nomenclature may offer a clue Now one can imagine critical supplier status Shivalik holds for Vishay - if shivalik were to raise prices - will there be lot of resistance? Anybody’s guess!!!
It would be interesting to understand Shivalik strategy/Aspirations of direct supply in shunts( they already are doing bimetals), constraints per Vishay contracts.
The Problem with Prices on indiamart is that they are never updated. If a Page was made 10 years ago with X Price, it will remain the same even today for most suppliers. Though, it is clear that Vishay charges a substantial markup over Shivalik’s Prices.
Some interesting takeaways from 2022 AR:
Overall looks like co is gearing up to scale up shunts division even more. We should try to understand in AGM exactly how and to what extent Shunts can be used in new applications like “intelligent battery systems, solar energy farms, 5G telecom networks”.
one of most surprising new details for me is extent to which shivalik might be backward integrated into capital goods/machined used in the manufacturing process. Further providing a competitive advantage against lower value shunt makers. Investors must drive a fine balance between understanding this process/capital knowhow knowledge & allowing the co to maintain its competitive advantages by NOT divulging such details to anyone in public including investors.
disc: INvested, biased
From some of the posts, it looks like Vishay makes exponential margins based on products made with Shivalik’s. Can’t shivalik make few of those and make even more margins?
If that is what the backward integration plans are, then which are the low hanging fruits Shivalik is targeting?
EV sales projections for 2030 changed each year that BCG released a report. Sales projections in the US for 2030 continued to grow to:
21% in the 2018 report
26% in the 2020 report
42% in the 2021 report
53% in the 2022 report
In the course of 4 years – from 2018 to 2022 – US EV sales projections for 2030 more than doubled, growing from an estimated 21% to 53%.
I found two nice videos to understand how shunts work for people who haven’t studied electrical circuits after school (I am one of them) : 1. General current sensing and 2. specifically in a BMS
1. Current sensing in general - This video by Texas Instruments explains how good quality shunts have to balance the opposing requirements of offset error & tolerance error on the one hand and power dissipation across the resistor on the other hand. They have also included a very handy price chart of shunt resistors with various shunt configurations (3 year old video)
Given that Shivalik shunts are used in high stakes applications, its probably safe to assume that the lower bound of price per shunt will be 0.5$ and the average price will more likely be closer to 1$ or more.
Combining this knowledge with @GourabPaul’s very useful posts regarding no. of shunts in ICE and EV powertrains can help roughly size the auto opportunity. Similar data on no of shunts per device, if gathered for smart meters and other electronic applications, can help size those opportunities too.
Conventional IC vehicles use a minimum 3-4 shunt based sensors. They have a 12 V power source and have an alternator to charge the battery.
For the x-EV, depending on the power train design the number of shunt sensors may increase of decrease. the current sensors are used in BMS (minimum 2), DCDC (minimum 4), Inverter (minimum 8), Brake Recuperation Machine (BRM) (minimum 2), charging circuit (minimum 2) , induction motor (minimum 6) on top of this there are additional monitoring circuits, protection circuits which can increase the number of shunt sensors in the vehicle.
As the industry is migrating from conventional IC based engine to battery based systems, the number of shunt sensors are definitely on the rise as electric power is routed in the entire system and it is split between various sub systems. The increase will also be evident in 2W and 3W segments as they migrate towards electric vehicles.
2. Functioning of a BMS along with use of shunt - While this video is mostly about how a BMS works and how active/passive cell balancing is implemented, from 2:24 - 3:58, the video explains the functioning of the fuel gauge monitor where shunt resistors are used to measure currents flowing in the system.
As an aside, one of the key players in this market, Rohm semiconductors started their journey in this space by manufacturing resistors. From there, over time, they diversified to other passive components and ICs and semiconductors. So as @rambaranwal has said across multiple posts in this thread, there is scope for Shivalik to forward integrate into larger semiconductor components in the future. It would be really helpful to understand their ambitions in this regard. Do the founders have the ambition of becoming a semiconductor giant from India or are they content with scaling up their existing verticals?
While semiconductor FABs would take time to build we already have fragmented PCB manufacturing factories and register and capacitor manufacturers in India, some of which would grab this opportunity to scale and improve their capability to support in building this eco system.
Shivalik manufactures, shunts, SMD registers along with some capacity to manufacture PCBs for defense.
Their Shunt and SMD register quality is world class and auto grade. The capability required to manufacture consumer grade components is much less than auto grade. I am sure they would be part of this opportunity looking at their relationship with top quality conscious customers they supply already.Only thing we need is management to grab this and they are just a tiny fish in big opportunity ocean.
@sahil_vi ,
Thanks for the deep insights into the working of this company .
I went through the annual reports ( from 2017 onwards), but in each of the reports, the expansion is outlined only vaguely . I couldnt find any reference to actual capacity utilization levels and how this proposed expansion will play out on the revenue front ( Though in this thread, some where it is mentioned that capacity will get tripled.) but no details on what Unit-IV is about and its capacity after expansion.
( A somewhat dumb question, what about UNIT-2 & 3 ? I couldn’t find any info on that ) ?
Would be great if you can point me to where to find this .
Also, are the current utilization levels on all the units shared anywhere ?
[Disc] : Invested from lower levels.
Regards,
Abhijit.
Planning to attend agm will try to ask management no idea right now
One suggestion do go through agm notes. Lot of details in AGM notes. That is where management mentine that the capacity will get trippled.
New client update. The order is for thermostatic bimetal parts but i have been tracking their orders for some time now on the website and haven’t seen such big volumes in a single order for thermostatic bimetals before this one.
Always thought that Shunts would be the growth Part but the management seems to be finding a lot of growth in the thermostatic Parts too by catering to newer clients. The client is into the manufacturing of grey iron castings.
Growth seems to be secular on both the Product segments for shivalik.
Disc - Invested
I am very novice about the technology related to shunt resistor but for disclosure, I am invested in this company purely on the basis that shunt resistor is a very critical component for electrical goods and would also play its part in EV, BMS, and electric meter. Another reason is that it has an entry barrier of 4-5 years and can be considered a niche business.
Now my question is that above, @nirvana_laha was talking about how this company should or may explore ways to get into the semiconductor field of PCBs and others, but does the recent announcement of the Vedanta-Foxconn semiconductor factory dampen the future prospect of this company? Also, is the Vedanta-Foxconn semiconductor factory capable of delivering or producing shunt resistors?
Sorry if my question is silly.
Hi,
Your question isn’t silly. I am by no means knowledgeable wrt semiconductors, but I am fairly certain that shunts are way down in the pecking order as components that go into a chip/semi-con assembly. They are one of the building block items almost. Consider shunts to be like bricks or blocks that go into making a building which is like a semicon chip. I think companies that graduate from making resistors get into other passive components like capacitors and inductors and then progressively into elements like transistors and MOSFETs.
I don’t think companies like Foxconn go into making these building block elements, but rather get involved in chip fabrication stage which involves putting these building blocks together on silicon wafers to create circuit boards.
So I think if anything, this occurrence might be a catalyst for SBCL to move up the value chain in semicon component manufacturing.
This is a very layman’s view, so please take it with a pinch of salt. I’d like to hear from the experts myself.