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High Energy Batteries (India)

504176
Micro Cap
(%) 1D
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High Energy Batteries (India) Share price and Fundamental Analysis

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High Energy Batteries (India) Limited (formerly known as Simco Meters Ltd) was established as Public Limited Company in Sep.'91. The Company is a battery manufacturer with its factory located at Mathur, near Trichy. The batteries are manufactured for use in Indian Army, Navy, Air Force and Launch Vehicles and also manufactures commercial batteries for auto and standby VRLA Applications.
Company Incorporation1961
ChairmanN Gopalaratnam
Head QuartersChennai
Previous NameNA

Key Metrics

Market Cap (Cr)
429.01
PE Ratio
42.69
Industry P/E
30.38
PEG Ratio
-0.88
ROE
14.06%
ROCE
18.9%
ROA
9.28%
Total Debt (Cr)
6.96
Debt to Equity
0.08
Dividend Yield
0.63%
EPS
11.21
Book Value & P/B
100.16 x 4.78
Face Value
2
Outstanding Shares(Cr)
0.9
Current Ratio
8.2
EV to Sales
6.67

Included In

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Stock Returns

1 Week-3.36%
1 Month-7.53%
6 Months-26.84%
1 Year-47.07%
3 Years+47.72%
5 Years+1058.06%

CAGR

1 Year CAGR

Revenue Growth

-15.83%

Net Profit Growth

-16.28%

Operating Profit Growth

-18.15%

Dividend Growth

-14.29%

Stock Returns CAGR

-40.97%
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Mar 25

Promoters : 42.90%

FIIs : 0.00%

DIIs : 5.99%

Public : 51.10%

Promoter
FII/FPI
DII
Public
Promoter Pledge stands at 0.0% of holding in March 2025 Qtr
Promoter Shareholding Increased by 1.18% to 42.9% in March 2025 Qtr

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High Energy Batteries (India) Management and History

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Company History

High Energy Batteries (India) Limited (formerly known as Simco Meters Ltd) was established as Public Limited Company in Sep.'91. The Company is a battery manufacturer with its factory located at Mathur, near Trichy. The batteries are manufactured for use in Indian Army, Navy, Air Force and Launch Vehicles and also manufactures commercial batteries for auto and standby VRLA Applications.

The Company was established at the specific invitation of the Directorate of Technical Development and Production (Air), Government of India, to develop and manufacture 45-Ah silver oxide zinc aircraft batteries as replacements for imported batteries and other high-energy batteries. The technology to exclusively manufacture 45-Ah silver oxide zinc cells was obtained from Yardney Electric Corporation (YEC).

The Company was inaugurated on 3 Dec.'79 at Mahtur (Pudukkottai district), Tamilnadu. Trial production started in 1980. Since 1982, HEBL has been carrying out in-house R&D activities to develop other types of silver oxide zinc secondary and primary batteries.

HEB R&D Laboratories, established in 1982, moved into its new premises in 1986, about a kilometre from the production plant. As of Dec.'95, HEB's R&D Laboratories has 32 scientists and engineers as its staff. The development work carried out by it so far can be said to mainly span three electrothermal (battery) systems -- silver oxide zinc (primary and secondary), nickel-cadmium and silver-chloride magnesium sea-water batteries. In addition, substantial development work has been devoted to emerging technologies such as the alkaline manganese-dioxide and fibre nickel-cadmium (FNC) technologies. During the year 1996-97, the installed capacity of Silver Zinc Batteries was expanded from 1010000 to 2400000 Ampere Hours.

During 1998-99, the company has been accorded with ISO 9001 from M/s Underwriters Laboratories INC., USA.

The company have got order worth Rs.5 crores as on May'2000, in the Silver Zinc Battery Division and expect to receive repeat orders for the batteries supplied to Navy. During the year 1999-2000, the company was conferred the National Award instituted by the Department of Defence Production and Supplies for excellence in indigenisation of Defence equipment hitherto. The company has developed a primary battery for missiles developed by DRDL and intiated basic research on Nickel Metal Hydride Batteries.

During the year 2000-2001 the company received a order for one type of secondary battery for four numbers which have been executed as per schedule.There is no new order from the Defence Department for the current year and the company expects some new orders as usual for the Defence requirements of the country.

The company has developed a secondary version for Naval battery and expects a developmental order for two numbers from the Government.The Developmental activites carried by the company during the year are i) Development of High Rate Silver Oxide Zinc Batteries for underwater propulsion in primary and secondary areas. ii)_ Development of space quality High Rate Silver Zinc Cells. iii) Development of process for treatment of separator systems etc.

The company has also upgraded its technology to match the advancement in developed countries.

The development of 1kW / 10kWh Vanadium based Flow Battery (VRFB) for OECT, progressed with IIT, Chennai was demonstrated and the project was completed during FY 2021-2022.

High Energy Batteries (India) Share Price

High Energy Batteries (India) share price reflects investor sentiment toward the company and is impacted by various factors such as financial performance, market trends, and economic conditions. Share price is an indicator which shows the current value of the company's shares at which buyers or sellers can transact.

High Energy Batteries (India) Market Cap

Market capitalization of High Energy Batteries (India) indicates the total value of its outstanding shares. Marketcap is calculated by multiplying share price and outstanding shares of the company. It is a helpful metric for assessing the company's size and market Valuation. It also helps investors understand how High Energy Batteries (India) is valued compared to its competitors.

High Energy Batteries (India) PE Ratio

High Energy Batteries (India) PE ratio helps investors understand what is the market value of each stock compared to High Energy Batteries (India) 's earnings. A PE ratio higher than the average industry PE could indicate an overvaluation of the stock, whereas a lower PE compared to the average industry PE could indicate an undervaluation.

High Energy Batteries (India) PEG Ratio

The PEG ratio of High Energy Batteries (India) evaluates its PE ratio in relation to its growth rate. A PEG ratio of 1 indicates a fair value, a PEG ratio of less than 1 indicates undervaluation, and a PEG ratio of more than 1 indicates overvaluation.

High Energy Batteries (India) ROE (Return on Equity)

Return on Equity (ROE) measures how effectively High Energy Batteries (India) generates profit from shareholders' equity. A higher ROE of more than 20% indicates better financial performance in terms of profitability.

High Energy Batteries (India) ROCE (Return on Capital Employed)

Return on Capital Employed (ROCE) evaluates the profitability of High Energy Batteries (India) in relation to its capital employed. In simple terms, ROCE provides insight to investors as to how well the company is utilizing the capital deployed. A high ROCE of more than 20% shows that the business is making profitable use of its capital.

High Energy Batteries (India) Total Debt

Total debt of High Energy Batteries (India) shows how much the company owes to either banks or individual creditors. In simple terms, this is the amount the company has to repay. Total debt can be a very useful metric to show the financial health of the company. Total debt more than equity is considered to be a bad sign.

High Energy Batteries (India) Debt to Equity Ratio

The Debt-to-Equity (DE) ratio of High Energy Batteries (India) compares its total debt to shareholders' equity. A higher Debt to Equity ratio could indicate higher financial risk, while a lower ratio suggests that the company is managing its debt efficiently.

High Energy Batteries (India) CAGR (Compound Annual Growth Rate)

CAGR shows the consistent growth rate of High Energy Batteries (India) over a specific period, whether it is over a month, a year, or 10 years. It is a key metric to evaluate the company’s long-term growth potential. Main metrics for which CAGR is calculated are net sales, net profit, operating profit, and stock returns.

High Energy Batteries (India) Technical Analysis

Technical analysis of High Energy Batteries (India) helps investors get an insight into when they can enter or exit the stock. Key components of High Energy Batteries (India) Technical Analysis include:

Support Levels (S1, S2, S3)

There are usually multiple support levels, but the main support levels for a stock are S1, S2, S3. Support levels indicate price points where stock might get support from buyers, helping the stock stop falling and rise.

Resistance Levels (R1, R2, R3)

There are usually multiple resistance levels, but the main resistance levels for a stock are R1, R2, R3. Resistance levels represent price points where High Energy Batteries (India) shares often struggle to rise above due to selling pressure.

High Energy Batteries (India) Dividends

Dividends refer to the portion of the company’s profits distributed to its shareholders. Dividends are typically paid out in cash and reflect High Energy Batteries (India) ’s financial health and profitability.

High Energy Batteries (India) Bonus Shares

Bonus shares are usually given by companies to make the stock more affordable, increase liquidity, boost investor confidence, and more.

High Energy Batteries (India) Stock Split

Stock split increases the number of its outstanding shares by dividing each existing share into multiple shares. When the company offers a stock split, the face value of the stock reduces in the same proportion as the split ratio.

High Energy Batteries (India) Financials

The financials of High Energy Batteries (India) provide a complete view to investors about its net sales, net profit, operating profits, expenses, and overall financial health. Investors can analyze financial data to assess the company’s stability and also understand how the company has been growing financially.

High Energy Batteries (India) Profit and Loss Statements

The profit and loss statement of High Energy Batteries (India) highlights its net sales, net profit, total expenditure, and operating profits in the current financial year. This Profit and Loss statement is crucial for evaluating the profitability and financial stability of High Energy Batteries (India) .

High Energy Batteries (India) Balance Sheet

The balance sheet presents a snapshot of High Energy Batteries (India) ’s assets, liabilities, and equity of shareholders, providing insights into the financials of the company.

High Energy Batteries (India) Cashflow Statements

Cashflow statements track the company's cash inflows and outflows over a period. It is an essential tool for understanding how well the company manages its liquidity and finances.

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