#energy-efficient PSUs

[techdriveplay]

Upgrading Your Gaming Rig with the Latest Computer Parts

In the rapidly evolving world of PC gaming, staying ahead of the curve is essential for an immersive and competitive experience. Upgrading your gaming rig with the latest computer parts not only boosts your system’s performance but also ensures that you’re getting the most out of your gaming sessions. This comprehensive guide will walk you through the key components to consider when upgrading…

[bharat-hot-deals]

Skytech Gaming Prism II Gaming PC: Unleashing Power

I use the Skytech Gaming Prism II Gaming PC, equipped with the mighty INTEL Core i9 12900K processor clocked at 3.2 GHz, an RTX 3090 graphics card, a spacious 1TB NVME Gen4 SSD, and a robust 32GB DDR5 RGB RAM. The package also includes an 850W GOLD PSU, a 360mm AIO cooler, AC Wi-Fi, and comes pre-installed with Windows 10 Home 64-bit. Let me share my experience with this powerhouse.

Performance Beyond Expectations

The Intel Core i9 12900K is an absolute beast, effortlessly handling resource-intensive tasks and demanding games. The synergy with the RTX 3090 is evident in the seamless gaming experience with ultra-settings. Whether it's rendering, gaming, or multitasking, this PC delivers exceptional performance, surpassing my expectations.

Graphics Prowess and Immersive Experience

The RTX 3090 is a graphics powerhouse, providing stunning visuals and real-time ray tracing. Gaming on this machine is an immersive experience, with smooth frame rates and jaw-dropping graphics. The 32GB DDR5 RGB RAM complements the GPU, ensuring seamless transitions between applications and minimizing lag.

Storage Speed and Capacity

The 1TB NVME Gen4 SSD significantly enhances system responsiveness and speeds up data transfer. Games load swiftly, and the overall system boot time is impressive. The ample storage space caters to a vast game library, eliminating concerns about running out of space.

Robust Cooling System

The inclusion of a 360mm AIO cooler ensures that the system remains cool even during prolonged gaming sessions. It effectively dissipates heat, maintaining optimal temperatures for both the CPU and GPU. This attention to cooling enhances the system's longevity and ensures consistent performance.

Powerful and Efficient PSU

The 850W GOLD PSU is more than capable of handling the power demands of the Core i9 12900K and RTX 3090. It provides a stable power supply, contributing to the overall efficiency and reliability of the system. The gold-rated efficiency ensures energy is utilized optimally, reflecting a commitment to sustainability.

Aesthetically Pleasing Design

Apart from the raw power, the Skytech Gaming Prism II stands out with its visually striking design. The RGB lighting on the DDR5 RAM adds a touch of flair, creating a visually pleasing gaming setup. The attention to aesthetics extends to the cable management, contributing to a clean and organized look.

User-Friendly Setup and Windows 10 Integration

The pre-installed Windows 10 Home 64-bit operating system streamlines the setup process, allowing users to dive into their gaming or productivity tasks swiftly. The inclusion of AC Wi-Fi ensures a reliable and fast internet connection, further enhancing the overall user experience.

Conclusion: A Premium Gaming Powerhouse

In conclusion, the Skytech Gaming Prism II Gaming PC is a premium gaming powerhouse that exceeds expectations in performance, design, and efficiency. The combination of the Intel Core i9 12900K and RTX 3090, coupled with ample storage and robust cooling, makes it a top-tier choice for gamers and content creators alike. The attention to detail in design and the user-friendly setup further solidify its position as a stellar gaming desktop. If you're in the market for a high-end gaming PC, the Skytech Gaming Prism II is a compelling choice that delivers on both power and aesthetics.

[andmaybegayer]

Reading more about inrush current control techniques now, all I knew before this was that you use Negative Temperature Coefficient parts to control it without affecting overall efficiency too much.

I've never had to design a board that drew much power, or didn't just use an off the shelf power supply. Power supply design is black magic so even major companies usually just buy certified open frame units to avoid redoing a ton of regulatory work, it's what's best for everyone. All the appliances at First Job just had a 24V Great Wall open frame units jammed in there, plus consumer 12V supplies for the network gear.

You can do some clever things involving having the NTC take itself out of the loop with a relay and a zener diode if you have really high efficiency targets to hit or you don't want to fry your NTC as the current picks up. I love these kinds of self-contained feedback tricks, they're super handy. And of course there's digital current controllers for high precision applications.

Figure 5 shows the relay circuit for a 1kW power supply. The relay is initially turned off. During power up, the input current flows through a 10Ω/10W cement resistor. Once the power supply is energized, a regulated bias voltage, 12V2, turns on the relay to minimize the power dissipation on the current-limiting circuit during normal operation.

Anyway. Reading specs it looks like there's a systematically higher inrush current in computer PSU's when you connect them to 230V, which is probably just Ohm's Law at work. A lot of supplies with really good 110V inrush limiting have utterly dogshit 230V inrush limiting.

An interesting problem I realize this might cause is that, because most tech reviewers are Americans with 110V, they won't pick this up as often. E.g. the highly recommended SF750 from Corsair has fantastic 120V inrush of ~30A but on 230W it's almost 80A, which would definitely trip a lot of home breakers.

[smpselectric]

Industrial SMPS Power Supplies: Reliable Solutions for Efficient Industrial Power Management

In today's fast-paced industrial landscape, efficient and reliable power management plays a crucial role in ensuring smooth operations across various sectors. One key element that supports this need is the use of Switch Mode Power Supply (SMPS) units, which are essential for delivering precise voltage and current to different devices and systems. Industrial SMPS solutions, in particular, have revolutionized power management, providing high efficiency, compact design, and robust performance in even the most demanding environments.

At smpselectric.in, we offer a wide range of industrial SMPS power supplies, ranging from 6V to 220V DC. Whether you're looking to power small devices or large-scale industrial machinery, our top-quality SMPS units deliver reliable, efficient, and durable solutions that meet your power supply needs.

What is Industrial SMPS?

Switch Mode Power Supply (SMPS) is a type of power supply unit (PSU) that utilizes high-frequency switching regulators to convert electrical power efficiently. In industrial applications, SMPS units are used to convert AC (alternating current) into DC (direct current) with minimal energy loss. Compared to traditional power supply units like linear regulators, SMPS offers several advantages such as smaller size, higher efficiency, and the ability to handle higher power loads.

Key features of industrial SMPS:

High Efficiency: Industrial SMPS solutions can achieve up to 90% efficiency or higher, minimizing energy loss and reducing heat generation.

Compact Design: Due to the absence of large transformers and heat sinks, SMPS units are much smaller, making them ideal for applications where space is limited.

Wide Voltage Range: SMPS units can operate within a wide voltage range, offering flexible solutions to meet the varying power needs of industrial equipment.

Reliable Operation: Designed to work in harsh industrial environments, SMPS units are known for their durability, with built-in protection mechanisms like over-voltage, over-current, and short-circuit protection.

Why Choose SMPS Electric for Industrial SMPS Solutions?

At smpselectric.in, we pride ourselves on providing top-tier industrial SMPS solutions that cater to diverse industrial power needs. Our SMPS products are designed to offer reliable, energy-efficient power to a wide range of applications. Here's why our solutions stand out:

1. Extensive Voltage Range (6V to 220V DC)

Our industrial SMPS power supplies cover a broad voltage range, from 6V to 220V DC. This flexibility ensures that we can provide suitable power solutions for small-scale devices as well as large, power-hungry machines. Whether you need to power motors, LED lights, communication systems, or automation equipment, our range has the right option for you.

2. High-Efficiency Design

The SMPS units we offer are engineered for efficiency, providing superior performance while consuming minimal energy. This not only helps reduce operational costs but also minimizes the environmental impact by lowering power consumption and reducing carbon emissions.

3. Built for Durability

Industrial environments can be tough, with extreme temperatures, dust, moisture, and electrical surges posing risks to equipment. Our SMPS units are designed to withstand these harsh conditions. They come equipped with protection features like surge protection, short-circuit protection, and temperature control to ensure longevity and consistent performance.

4. Compact and Space-Saving

In industries where space is often at a premium, the compact design of our SMPS units makes them a preferred choice. They take up less space than traditional power supplies, making it easier to install them in control panels, cabinets, or compact enclosures without compromising on performance.

5. Cost-Effective and Low Maintenance

With fewer components and highly efficient energy conversion, our industrial SMPS units require minimal maintenance. This reduces the total cost of ownership and ensures a longer operational life, saving you both time and money.

6. Versatile Applications

Our industrial SMPS solutions are used across various industries, including:

Telecommunications: For powering communication equipment that requires stable DC voltage.

Automation and Robotics: Providing precise voltage to control systems and robotics in manufacturing.

LED Lighting: Powering LED lighting systems with stable DC voltage, ensuring consistent brightness.

CNC Machines: Supplying power to CNC machines for precision manufacturing.

Industrial Electronics: Ensuring reliable power for industrial electronics, sensors, and control devices.

Understanding How SMPS Works

SMPS power supplies work by converting AC power from the mains supply into the required DC voltage. This process involves high-frequency switching, which allows the SMPS to regulate the output voltage effectively. Here's a simplified explanation of how SMPS operates:

AC Input: The AC voltage is first rectified and filtered into an unregulated DC voltage.

Switching: A high-frequency switching transistor is used to control the voltage flow. By rapidly switching the transistor on and off, the SMPS can adjust the amount of energy transferred to the output.

Transformer: The switched voltage passes through a transformer, which adjusts the voltage level to the desired output.

Rectification and Filtering: The output voltage is then rectified and filtered to produce a smooth and stable DC voltage.

This switching mechanism makes SMPS much more efficient than linear power supplies, as it minimizes the amount of power lost as heat.

Key Benefits of Using Industrial SMPS

Industrial SMPS units have gained popularity across sectors due to the following benefits:

Energy Efficiency: With conversion efficiencies often exceeding 90%, SMPS units reduce energy waste, which is critical for industries aiming to lower their power consumption.

Compact and Lightweight: The high-frequency switching technology allows SMPS units to be smaller and lighter, saving valuable space in control systems or equipment housings.

Lower Heat Generation: By operating more efficiently, SMPS units generate less heat, which reduces the need for cooling systems and prolongs the life of the power supply.

Flexible Voltage Range: Industrial SMPS solutions can handle wide voltage ranges, making them suitable for a variety of applications that require different power levels.

Cost-Effective: Despite their advanced technology, industrial SMPS units are cost-effective in the long run due to their durability, low energy consumption, and minimal maintenance requirements.

Conclusion

Choosing the right power supply is crucial for ensuring reliable, efficient, and safe industrial operations. At smpselectric.in, we offer a comprehensive range of industrial SMPS power supplies designed to meet the varying demands of modern industries. With our high-quality, efficient, and durable SMPS units, you can rest assured that your industrial power needs are in safe hands.

[govindhtech]

XPG PROBE, A Bronze PSU Up To 87% Efficiency At 50% Load

It goes without saying that XPG has one of the best high-performance PSU lineups in the PC gaming market right now. The well-respected brand’s power portfolio is expanded into the entry-level segment with XPG PROBE. PROBE is an excellent option for system integrators and budget builders, offering a high standard of product quality in the Bronze efficiency sector at 700w and 600w.

It is the first of several planned inexpensive power supply units. In contrast to other brands who often offer White efficiency for their entry-level PSU choice, XPG ensures that PROBE surpasses Bronze certification criteria by working closely with testing labs such as Cybenetics, resulting in up to 87% efficiency at 50% load. This affordable PSU meets ATX v2.52 requirements, making it among the top Bronze level models on the market.

XPG PROBE

APPLIABLE, RELIABLE, AND VIABLE

The 120mm low-noise fan with an intelligent curve and up to 87% efficiency at 50% load are features of the XPG PROBE, which is meant to provide steady and dependable power to your system.

Efficiency of 80 Plus Bronze

With up to 87% efficiency at 50% load, XPG PROBE surpasses the requirements for 80 Plus Bronze certification, guaranteeing consistent power delivery to every component and lowering the possibility of damage from power outages.

Increased Operational Safety

Because XPG PROBE is ATX v2.52 compatible, unlike the majority of Bronze power supply units, it improves overall reliability and offers safer operation for your present and future systems.

Small Size for Simple Installation

The 140mm length of the XPG PROBE makes it easy to install in standard PC cases and minimizes cable clutter.

Sensible Fan-Curve Architecture

With its clever curve design, the 120mm low-noise sleeve-bearing fan maintains the power supply cold without making excessive noise, which lowers cooling power consumption and boosts overall energy efficiency.

Extended, Dependable Lifespan

Premium capacitors with a 105°C rating are included with the XPG PROBE, providing increased dependability, superior efficiency, and a longer lifespan.

Six Industrial Protection Measures

With its six industrial-grade protections, XPG PROBE guards against over-power, over-voltage, surge and inrush, under-voltage, short circuits, and over-temperature situations for your system.

Monitoring your system’s health and performance is crucial for gaming and high-performance computing stability and performance. XPG PROBE, a sophisticated and easy-to-use PC monitoring program from Xtreme Performance Gear, provides fast access to system data. This software is for PC gamers, content creators, and enthusiasts who need system control.

Entire Real-Time System Monitoring

The core functionality of XPG PROBE is its ability to offer thorough real-time monitoring of several system metrics. Critical components including CPU and GPU temperatures, fan speeds, voltage levels, and clock rates are easily monitored by users. By doing this, users can make sure that their system is always monitoring its health and state and can prevent overheating, performance deterioration, or even hardware failure.

An intuitive interface that makes it simple to navigate presents the real-time data. By allowing users to prioritize the characteristics that are most important to them, the software’s customized displays guarantee that crucial information is always available.

Personalized Alerts to Increase System Safety

The capability of XPG PROBE to generate customizable warnings is one of its main advantages. It is possible for users to establish thresholds for voltages, temperatures, and other significant parameters. The software will alert the user right away if the system goes above these set restrictions. For users that push their systems to the limit through overclocking or long gaming sessions, this proactive alarm system adds an extra degree of safety by assisting in the prevention of thermal throttling and possible hardware damage.

Enhancing Efficiency with Simplicity

Gamers and performance enthusiasts must find the right cooling-performance balance. XPG PROBE simplifies this process by providing detailed component behavior insights under different workloads. Whether you’re playing games, making videos, or utilizing demanding apps, XPG PROBE can optimize your system for speed and stability.

The software’s interface lets users adjust fan speeds based on system temperatures. This lowers noise and maintains the right temperature throughout long gaming or computational tasks.

Power Users’ Overclocking Capabilities

XPG PROBE provides overclocking support for users that like to tinker with their gear. Even though XPG PROBE might not have as many features as specialized overclocking software, it nevertheless enables users to push their CPU, GPU, and RAM past factory settings and reach higher performance levels. With the software’s included monitoring capabilities, users can also keep a close eye on the stability of their system as they raise voltages or clock rates.

Logging and Analyzing Historical Data

Real-time data is not the only thing that XPG PROBE offers. Additionally, it provides historical data logging, which lets customers monitor their system’s performance over time. This tool is very helpful for anyone who want to solve any ongoing issues or assess the long-term impact of system improvements. Users can spot patterns and decide what changes to make to the system going forward by looking through historical performance data.

In summary

XPG PROBE is essential for PC gaming performance optimization. XPG PROBE monitors and controls your system, whether you’re a content creator pushing your system, a gamer seeking the best frame rates, or an enthusiast fine-tuning your setup. Real-time monitoring, programmable alerts, fan control, and overclocking make it essential for system health and performance.

Read more on Govindhtech.com

[shraddhamatre]

Getting Ahead on the BPCL Exam: A Complete Guide

One of the top public sector enterprises (PSUs) in India, Bharat Petroleum Corporation Limited (BPCL) is renowned for offering outstanding job possibilities to engineering graduates. In order to fill a variety of technical and non-technical roles with skilled professionals—primarily engineers—BPCL holds recruiting examinations. Applicants must pass a competitive exam measuring their general aptitude, problem-solving skills, and knowledge in order to be considered for a position at BPCL.

We'll go over the essential information regarding the BPCL exam in this blog post, along with highlighting 10 crucial strategies to assist you ace the test. Overview of the BPCL Exam A variety of engineering specialties, including mechanical, civil, electrical, instrumentation, and chemical, are included in the BPCL recruiting test. Usually, the selecting procedure entails: Written Exam: The written exam assesses applicants' general awareness, logic, and technical knowledge. Group Discussion (GD): Candidates who made the cut from the written test participate in the GD round to have their leadership, problem-solving, and communication abilities assessed. Personal Interview (PI): Lastly, candidates have an interview during which their technical knowledge and soft skills are evaluated. Medical test: Candidates must pass a medical test following the selection process. The written exam is crucial and serves as the first stepping stone to clearing the selection process. Now, let’s focus on ten important strategies to help you ace this exam.

Ten Crucial Elements to ace the BPCL Test

1. Recognize the format of the exam Gain a full grasp of the BPCL test format before beginning your study. Pay particular attention to areas such as general awareness, reasoning, numeric ability, and technical understanding. Understanding the exam's format enables you to efficiently organize your study.

2. Understand Fundamental Technical Ideas Because BPCL is so sophisticated, engineers are evaluated on their fundamental understanding. Make sure you comprehend the principles of your topic matter thoroughly. Go over important subjects that are commonly asked in PSU examinations, whether you're studying mechanical, civil, or electrical engineering design.

3. Consult standard literature and other sources. Use reputable reference books and textbooks. Books like "Electrical Machines" by P.S. Bhimbra or "Strength of Materials" by R.K. Bansal offer thorough discussion of technical topics. The books written by RS Aggarwal are excellent tools for thinking and aptitude.

4. Complete the Question Papers from Last Year You can gain insight into the questions asked, the level of difficulty, and the areas that are regularly assessed by completing BPCL's prior year papers. It also gives you practice time management during the test.

5. Pay Attention to General Awareness BPCL emphasizes raising public awareness, especially in reference to the energy industry. Keep abreast on the most recent changes in the petroleum sector, worldwide oil prices, renewable energy projects, and PSU and energy-related government policy. To keep informed, read newspapers and periodicals every day.

6. Conduct practice exams Frequently Get used to the exam's time limits by taking practice exams. In addition to providing an opportunity to increase your speed and accuracy, mock examinations also assist in identifying areas in which you need to improve.

7. Managing Your Time The secret to passing the BPCL exam is efficient time management. Make a study timetable that gives each topic enough time. Allocate additional time for challenging subjects and schedule frequent revision time.

8. Get ready for the group conversation The group discussion phase is essential for demonstrating your ability to communicate, work as a team, and solve problems. Engage in group activities or practice GD themes with peers to hone your articulation and reasoning abilities.

9. Have Confidence During the Face-to-Face Interview During the personal interview phase, confidence is crucial. Make sure your technical concepts are understandable and review your engineering projects or previous job experience. Remain composed, express yourself clearly, and demonstrate your excitement for the position.

10. Keep an optimistic outlook Finally, it's critical to have an optimistic outlook during the preparation process. There will be times when you question yourself, but persistence and a methodical approach will keep you on track. Establish modest goals and acknowledge your progress to boost your self-confidence.

In summary Strong problem-solving abilities, efficient time management, and technical expertise are all necessary to pass the BPCL exam. You may raise your chances of success by becoming an expert in the key subjects, finishing practice exams, and sticking to a regular study schedule. Do not undervalue the importance of practicing soft skills preparation—both group conversations and interviews are crucial. These 10 crucial pointers will help you prepare more effectively so that you may approach the BPCL test with poise and confidence. Wishing you well as you pursue a bright future with BPCL!

Start Your Preparation With: https://gameacademy.in/ / https://clppenny.page.link/cTBm

Recommended: https://www.youtube.com/@gblions / https://www.youtube.com/@gblionsaeje 

[sanaavay]

DeepCool PM750D  Series non-modular power supplies are certified 80 PLUS Gold for efficient power delivery with great performance at a great value. 80 PLUS GOLD CERTIFIED  Guarantees a minimum efficiency of 90% or higher under typical loads for reliable power delivery with little waste. QUALITY TOPOLOG  For solid power performance and minimal signal noise, the PM-D series PSU features a full-bridge LLC topology with DC-DC conversion and Japanese bulk capacitors that delivers terrific reliability. BUILT TO SPEC  Made to meet modern power supply design standards for consistent voltage stability, each PM-D power supply is also compliant with Intel PSU guidelines that support instant-on power from sleep or standby modes.80 PLUS® Gold80 PLUS® Gold certified – Up to 87~90% efficient (20~100% Loading)Silent and High Performance Fan120mm silent fan has temperature control function to keep low noise ENOUGH POWER TO GO AROUND  The PM750D features three independent PCIe outputs and two EPS connectors for continuous high quality power that supports the latest high-end graphics cards and motherboards for gaming excellence. EFFICIENCY THROUGHOUT  The PM-D series power supplies are compliant with the 2014 ErP regulations on energy savings and also the IEC 62368-1 for safety standards. PEACE OF MIND  Safeguard your power source with well-round circuit protection including OPP/OVP/SCP/OTP/OCP. Specifications Type ATX12V V2.4 Product Dimensions 150×140×86mm (W x L x H) 80PLUS Certifications GOLD Fan Size 120mm Fan Bearing Hypro Bearing Topology Active PFC + Full Bridge SRC LLC + DC to DC Capacitors Japanese Bulk Capacitor Power Good Signal 100-150ms Hold Up Time ≥16ms(75% Load) Efficiency ≥90% Under Typical Load(50% Loading) Protection OPP/OVP/SCP/OTP/OCP Operation Temperature 0-40°C Regulatory TUV/cTUVus/CCC/CE/FCC/UKCA/EAC/BIS Erp Regulation ErP(2014) MTBF 100,000 Hours Warranty 5 Years Note *** Features, Price, Specifications are subject to change without notice.

[kshitijtrading147]

The Role of Government Policies in Shaping PSU Stock Performance

Are you wondering what is The Role Government Policies in Shaping PSU Stock Performance. Than look no further than this blog. Here i have mentioned the top Reasons!

Public Sector Undertakings (PSUs) have long been a cornerstone of India's economic framework, contributing significantly to the nation's industrial and economic development. Understanding the intricate relationship between government policies and PSU stock performance is crucial for investors seeking to navigate the complexities of the Indian stock market. In this article, we delve into the role of government policies in shaping PSU stock performance, offering insights and actionable information for investors. 

Understanding PSUs and Their Importance 

PSUs are government-owned corporations established to undertake commercial activities on behalf of the government. These entities play a pivotal role in sectors such as energy, finance, infrastructure, and natural resources. PSUs like Oil and Natural Gas Corporation (ONGC), State Bank of India (SBI), and Bharat Heavy Electricals Limited (BHEL) are household names and major players in the stock market. The role of government policies in shaping PSU stock performance cannot be understated, as these policies directly influence operational efficiency and market perception. 

Key Government Policies Impacting PSU Stocks 

Disinvestment and Privatization 

Fact: The Indian government has set an ambitious disinvestment target of INR 1.75 lakh crore for FY 2023-24. 

Disinvestment involves selling government stakes in PSUs to raise capital. This policy can lead to improved operational efficiency and attract private investment, positively influencing stock performance. The role of government policies in shaping PSU stock performance is evident in the strategic moves towards privatization. 

Example: The strategic sale of Air India to the Tata Group in 2021 showcased the government's commitment to privatization, boosting investor confidence in PSUs. 

Budget Allocations and Fiscal Policies 

Annual budgets play a significant role in determining the financial health of PSUs. Increased budgetary allocations for infrastructure, defense, and energy sectors can directly benefit relevant PSUs. 

Stat: The Union Budget 2023 allocated INR 10 lakh crore to capital expenditure, a 33% increase from the previous year, expected to boost the performance of infrastructure PSUs. This highlights the role of government policies in shaping PSU stock performance through financial support. 

Regulatory Reforms 

Regulatory changes aimed at improving ease of doing business and reducing bureaucratic hurdles can enhance PSU efficiency and profitability. The role of government policies in shaping PSU stock performance is crucial in this context, as reforms can lead to significant operational improvements. 

Example: The introduction of the Insolvency and Bankruptcy Code (IBC) has streamlined the process of resolving distressed assets, aiding PSUs in managing bad loans more effectively. 

Sector-Specific Initiatives 

Government initiatives targeting specific sectors can have a profound impact on PSUs operating within those sectors. 

Fact: The 'Atma Nirbhar Bharat' initiative aims to make India self-reliant, with significant investments in the defense sector, benefiting defense PSUs like Hindustan Aeronautics Limited (HAL). These initiatives underscore the role of government policies in shaping PSU stock performance by providing targeted support. 

The Impact of Political Stability 

Political stability is a crucial factor that influences investor sentiment towards PSUs. Stable governments are more likely to implement and sustain policies that support PSU growth. Political certainty often translates to steady economic policies, fostering a conducive environment for PSU stocks to thrive. The role of government policies in shaping PSU stock performance is closely tied to the political landscape, impacting investor confidence and market dynamics. 

Performance Metrics and Investor Sentiment 

Dividend Yields: PSUs are known for offering attractive dividend yields. For instance, Coal India, a leading PSU, has consistently provided high dividends, making it a preferred choice for income-focused investors. This reflects the role of government policies in shaping PSU stock performance by ensuring stable returns. 

Market Sentiment: Investor sentiment towards PSUs can fluctuate based on government actions. Positive reforms and transparent governance typically enhance market confidence, driving stock prices upward. Understanding the role of government policies in shaping PSU stock performance is key to predicting these market movements. 

Conclusion: Strategic Investment in PSU Stocks 

For Indian investors, understanding the role of government policies in shaping PSU stock performance is essential for making informed investment decisions. By closely monitoring government actions, budget announcements, and regulatory reforms, investors can strategically position themselves to benefit from the growth potential of PSUs. The role of government policies in shaping PSU stock performance offers a roadmap for navigating the complexities of the stock market. 

Investing in PSU stocks offers a unique opportunity to align with the nation’s economic progress. With the right knowledge and strategy, investors can leverage government policies to their advantage, ensuring robust returns in the dynamic Indian stock market. 

By staying updated on policy changes and their implications, you can make well-informed investment choices. Subscribe to our newsletter for the latest insights and analysis on PSU stocks and other investment opportunities. 

This Article was written by Kshitij go check out his website

[demiumresearch]

Indian Renewable Energy Stock Price Analysis and Quick Research Report: Is Indian Renewable Energy an attractive stock to invest in?

India’s financial market is gradually evolving, with only about 2% of the total population investing in financial assets. The mutual fund industry’s penetration in India stands at around 7%, based on the number of PAN cardholders, indicating a vast opportunity for growth. Factors such as the migration to financial savings, wider distribution, sustainable performance, increasing financial literacy among investors, and digitization are driving more people to invest in financial markets. In this context, evaluating the potential of Indian Renewable Energy as an investment becomes crucial.

Current Stock Price and Market Position

Indian Renewable Energy’s stock is currently priced at Rs. 289.65. This valuation places the company in an interesting spot within the renewable energy sector, which is seeing increasing attention due to global shifts towards sustainable energy solutions.

Key Financials

Profitability

One of the critical indicators of a company’s financial health is its profitability. Indian Renewable Energy boasts a net profit of Rs 1,252.23 crore, with a compounded annual growth rate (CAGR) of 53.47% over the past three years. The profit-after-tax (PAT) margin stands at 25.23%, highlighting the company’s effective cost control and overall financial robustness.

EPS Growth

Earnings Per Share (EPS) is another significant metric for investors. Indian Renewable Energy has shown a year-over-year (YOY) EPS growth of 23.10%. This suggests that the company’s management is efficiently running the company, resulting in enhanced shareholder value.

Financial Ratios

Return on Equity (ROE)

The Return on Equity (ROE) for Indian Renewable Energy is 17.28% for the latest year. While this is a reasonable figure, it is essential to compare it with industry benchmarks to gauge the company’s performance relative to its peers.

P/E Ratio

The Price-to-Earnings (P/E) ratio is a commonly used valuation metric. Indian Renewable Energy is trading at a P/E ratio of 29.17. Comparatively, the average historical P/E ratio for the last five years was 5.83. The higher current P/E ratio could indicate that the market has high expectations for the company’s future earnings growth.

P/B Ratio

The Price-to-Book (P/B) ratio can be an effective metric for valuing companies in the renewable energy sector. Indian Renewable Energy’s current P/B ratio is 8.71, significantly higher than its average historical P/B of 0.85 over the last five years. This substantial increase suggests that the stock may be overvalued based on historical comparisons.

Investment Opportunity

Evaluating whether Indian Renewable Energy is an attractive stock to invest in requires balancing its strong financial performance and growth metrics against its current valuation ratios.

Strong Profitability and EPS Growth: The company’s high PAT margin and robust EPS growth reflect its solid financial health and efficient management. These factors are critical for long-term investors looking for stable and growing companies.

Higher Current Valuations: The elevated P/E and P/B ratios indicate that the market has already priced in significant future growth expectations. While this can be positive, it also means that the stock may be less attractive if the company fails to meet these high expectations.

Sector Potential: The renewable energy sector is poised for growth, supported by global trends towards sustainability and increasing government initiatives in India. This external factor adds to the attractiveness of Indian renewable energy as a long-term investment.

IREDA shares stare at 58% downside? PSU stock is up 9% to hit record high; sell, says PhillipCapital The IREDA stock climbed 8.90 per cent to hit an all-time high of Rs 310 on BSE. PhillipCapital's target price of Rs 130 on the counter suggests a potential 58 per cent downside over the prevailing price.

Company Performance Summary: * Operating Income: 23.20% CAGR over 3 years. * Profit Growth: 53.47% over 3 years. * Promoter Shareholding: 75%. Discover the most recent trends and insights at Stock Recommendation, Commodity Recommendation, Intraday Stock Recommendation, Equity Recommendation, Options Trading Recommendation, Nifty Futures Recommendation, Stock Futures Recommendation, Nifty Futures Recommendation, and gain valuable stock market knowledge! https://youtube.com/shorts/CX2cTevRo5c

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Conclusion

Indian Renewable Energy presents a mixed bag for potential investors. On one hand, the company’s financial health, reflected in its profitability and EPS growth, suggests a well-managed and growing enterprise. On the other hand, the high current valuation ratios could imply that the stock is overpriced relative to its historical performance.

Investors should consider their risk tolerance and investment horizon before making a decision. Those with a long-term perspective and confidence in the renewable energy sector’s growth may find Indian renewable energy an attractive option, despite its high current valuations. Conversely, those concerned about the potential for overvaluation might want to wait for a more opportune entry point.

Ultimately, thorough research and a balanced approach, considering both the company's strong financials and its market valuation, are crucial in making an informed investment decision. https://demiumresearch.com/index.php

#ireda #sharemarketindia #sharemarket #trading #mutualfunds #stockmarketreels #stockmarket #stockmarketindia #thestockmarketlive #intradaytrading #stocktrading #nse #bse #bseindia #intraday #daytrading #swingtrading #marketupdates #priceactiontrading #priceaction #trading #stock #stockmarket #technicalanalysis #daytrader #investment #nifty50 #sensex #indianstockmarket

[forblogmostly]

Gensol Engineering Limited Wins Major Battery Energy Storage Project from GUVNL

In a significant milestone, Gensol Engineering Limited (BSE: 542851, NSE: GENSOL) has emerged as the successful bidder for the Gujarat Urja Vikas Nigam Limited (GUVNL) 250 MW (500 MWh) Battery Energy Storage System (BESS) project, valued at ₹1340 Crore. This landmark achievement reinforces Gensol’s leading position in the renewable energy sector, particularly in the burgeoning battery energy storage market.

The project aims to provide electricity on an "On-Demand" basis to Gujarat State's distribution companies (DISCOMs) during peak and off-peak hours. By ensuring renewable energy availability beyond solar hours, this initiative fulfills Energy Storage Purchase Obligations and enhances grid resilience. The system will deliver 250 MW/500 MWh of energy for two charge/discharge cycles daily, with a potential extension to 500 MW/1000 MWh if GUVNL exercises its greenshoe option. This could generate approximately ₹2680 Crore in revenue over the 12-year Battery Energy Storage Purchase Agreement (BESPA) tenure.

Anmol Singh Jaggi, Managing Director of Gensol Engineering Limited, expressed his optimism about the future of BESS in India and Gensol’s role in advancing this sector. “This landmark project not only highlights Gensol's expertise and reliability in the renewable energy sector but also sets a clear direction for our future endeavors. It aligns with Gensol's commitment to supporting India's energy transition goals through innovative and sustainable solutions. The BESS market in India is poised for exponential growth, and Gensol is at the forefront, ready to lead this transformation. Securing this project enables us to make a significant impact on the Indian energy market while solidifying our position as a leading industry player in the renewable energy landscape.”

Battery energy storage systems are crucial for integrating renewable energy and managing grid uncertainties. As part of this project, Gensol will deploy state-of-the-art energy storage solutions combined with advanced energy management systems, ensuring compliance with stringent availability and efficiency standards. This project underscores the company’s capability to deliver reliable and energy-efficient storage solutions to meet the growing global demand.

Being one of the first major standalone BESS projects in India, this initiative is expected to catalyze substantial growth in the sector, backed by robust policy support from the government. Securing this project testifies to Gensol’s engineering, procurement, and construction (EPC) capabilities and efforts toward integrating advanced chemistry cell-based energy storage systems into the value chain.

About Gensol Engineering Limited

Established in 2012, Gensol Engineering Limited is the flagship company of the Gensol group, specializing in EPC services focused on the solar power sector. With a robust team of over 500 professionals, Gensol has executed turnkey projects globally, installing over 770 MW of ground-mounted and rooftop solar installations.

Expanding beyond solar, Gensol has set up a state-of-the-art electric vehicle (EV) production facility in Pune, India, dedicated to manufacturing electric three-wheelers and four-wheelers. Gensol EV, approved by the Automotive Research Association of India (ARAI), not only manufactures EVs but also offers comprehensive EV leasing solutions. Their diverse clientele includes public sector units (PSUs), educational institutions, government entities, multinational corporations, ride-hailing services, employee transport companies, rental services, logistics, and last-mile delivery enterprises.

Recently, Gensol acquired Scorpius Trackers, a renowned company specializing in the design, development, marketing, and servicing of single-axis trackers for solar power generation. This acquisition enhances Gensol’s offerings in the renewable energy sector, further solidifying its position as a leader in innovative and sustainable energy solutions.

[thegaminggladiator]

What to Include in Custom Built Gaming PCs

There are many things to include in custom built gaming pcs, but I will help narrow down your search by listing the key components that you will need for a smooth gaming experience!

CPU (Central Processing Unit): Choose a powerful, multi-core processor to handle gaming workloads and multitasking efficiently.

GPU (Graphics Processing Unit): Select a high-performance graphics card such as NVIDIA GeForce RTX series or AMD Radeon RX series to render high-quality graphics and support high resolutions and frame rates.

RAM (Random Access Memory): Opt for at least 16GB of DDR4 or DDR5 RAM to ensure smooth gameplay and multitasking. 32GB is ideal for high-end builds.

Storage: Use a fast SSD for the operating system and frequently played games to reduce load times and improve overall system responsiveness. Include a larger HDD for additional storage of games, media, and other files.

Motherboard: Ensure the motherboard is compatible with the chosen CPU and GPU. It should support future upgrades, have sufficient RAM slots, and provide necessary ports and connectivity options.

Power Supply Unit (PSU): Use a reliable and efficient PSU with enough wattage to support all components. An 80 Plus certification is recommended for energy efficiency.

Cooling System: Install either an air cooler or an AIO (All-In-One) liquid cooler to maintain optimal CPU temperature.

A good custom-built gaming PC combines high-performance components, efficient cooling, reliable power supply, and thoughtful design to ensure a superior gaming experience.

By selecting quality parts and balancing performance from a trusted supplier, then you can create a powerful and enjoyable gaming setup tailored to your needs.

That's all for now!

[bitcofunblog]

Table of ContentsIntroductionOptimizing Hardware for Energy EfficiencyUtilizing Renewable Energy SourcesImplementing Smart Energy Management TechniquesQ&AConclusionMine Crypto, Save on ElectricityIntroduction**Saving on Electricity Costs When Crypto Mining** Cryptocurrency mining is an energy-intensive process that can significantly increase electricity bills. However, there are several strategies that miners can employ to reduce their electricity consumption and save money. This introduction will explore the importance of energy efficiency in crypto mining and provide an overview of the various methods available to optimize electricity usage.Optimizing Hardware for Energy Efficiency**Saving on Electricity Costs When Crypto Mining: Optimizing Hardware for Energy Efficiency** Cryptocurrency mining, the process of verifying and adding transactions to a blockchain, can be an energy-intensive endeavor. However, by optimizing hardware for energy efficiency, miners can significantly reduce their electricity costs. One crucial aspect is choosing energy-efficient mining rigs. ASIC (Application-Specific Integrated Circuit) miners are specifically designed for mining and offer superior energy efficiency compared to GPUs (Graphics Processing Units). By selecting ASIC miners with high hash rates and low power consumption, miners can maximize their mining output while minimizing energy usage. Another important consideration is the power supply unit (PSU). A high-quality PSU with a high efficiency rating ensures that the mining rig receives a stable and efficient power supply. By choosing a PSU with an 80 Plus Gold or Platinum certification, miners can reduce energy losses and improve overall system efficiency. Furthermore, optimizing cooling systems is essential for energy savings. Overheating can lead to reduced performance and increased power consumption. By installing efficient cooling fans or liquid cooling systems, miners can maintain optimal operating temperatures, reducing energy usage and extending the lifespan of their hardware. Additionally, undervolting the mining rig can significantly reduce power consumption. By lowering the voltage supplied to the mining chips, miners can achieve similar performance levels while using less energy. However, undervolting should be done carefully to avoid stability issues. Finally, optimizing software settings can also contribute to energy savings. By adjusting mining software parameters, such as the clock speed and fan speed, miners can find the optimal balance between performance and energy consumption. In conclusion, by carefully selecting energy-efficient hardware, optimizing cooling systems, undervolting, and adjusting software settings, crypto miners can significantly reduce their electricity costs. These measures not only save money but also contribute to a more sustainable and environmentally friendly mining operation.Utilizing Renewable Energy Sources**Saving on Electricity Costs When Crypto Mining: Utilizing Renewable Energy Sources** Cryptocurrency mining, the process of verifying and adding transactions to the blockchain, can be an energy-intensive endeavor. However, there are ways to reduce electricity costs while still maintaining profitability. One effective strategy is to utilize renewable energy sources. Solar energy is a viable option for crypto miners. By installing solar panels, miners can generate their own electricity, reducing their reliance on the grid. Solar panels can be expensive upfront, but they offer long-term savings and environmental benefits. Wind energy is another renewable source that can be harnessed for crypto mining. Wind turbines can be installed in areas with consistent wind patterns, providing a reliable source of electricity. However, wind turbines can be noisy and require a significant amount of land. Hydropower is a renewable energy source that utilizes the power of moving water. Hydroelectric dams can generate large amounts of electricity, but they require a suitable location and can have environmental impacts.

Geothermal energy is another option for crypto miners. Geothermal power plants use the heat from the Earth's core to generate electricity. Geothermal energy is reliable and has a low environmental impact, but it is only available in certain areas. In addition to utilizing renewable energy sources, crypto miners can also implement energy-efficient practices. These include using energy-efficient mining equipment, optimizing cooling systems, and scheduling mining operations during off-peak hours. By combining renewable energy sources with energy-efficient practices, crypto miners can significantly reduce their electricity costs. This can improve their profitability and make crypto mining a more sustainable endeavor. It is important to note that the availability and cost-effectiveness of renewable energy sources vary depending on location. Miners should carefully research the options available in their area and consider the upfront costs and long-term savings before making a decision. By embracing renewable energy sources and implementing energy-efficient practices, crypto miners can reduce their electricity costs, increase their profitability, and contribute to a more sustainable future.Implementing Smart Energy Management Techniques**Saving on Electricity Costs When Crypto Mining: Implementing Smart Energy Management Techniques** Cryptocurrency mining, the process of verifying and adding transactions to the blockchain, can be an energy-intensive endeavor. However, by implementing smart energy management techniques, miners can significantly reduce their electricity costs without compromising their mining operations. One effective strategy is to optimize hardware efficiency. Choosing energy-efficient mining rigs and optimizing their settings can minimize power consumption. Additionally, using renewable energy sources, such as solar or wind power, can further reduce electricity expenses. Another approach is to implement load balancing. By distributing the mining workload across multiple rigs, miners can avoid overloading any single unit and reduce overall energy consumption. This technique also enhances system stability and extends the lifespan of mining equipment. Smart scheduling is another valuable tool. By scheduling mining operations during off-peak hours when electricity rates are typically lower, miners can take advantage of cost savings. Additionally, using automated software to monitor and adjust mining schedules based on real-time electricity prices can further optimize energy usage. Furthermore, miners can consider joining mining pools. By combining their resources with other miners, they can share the computational load and reduce their individual energy consumption. This approach also increases the chances of earning rewards, as the pool's collective hash rate is higher. Finally, implementing energy monitoring systems is crucial for effective energy management. These systems provide real-time data on electricity usage, allowing miners to identify areas for improvement and make informed decisions to reduce costs. By adopting these smart energy management techniques, crypto miners can significantly reduce their electricity expenses while maintaining the profitability of their operations. Optimizing hardware efficiency, implementing load balancing, scheduling mining operations strategically, joining mining pools, and monitoring energy usage are all essential steps towards achieving energy efficiency and cost savings in the world of cryptocurrency mining.Q&A**Question 1:** What is a simple way to save on electricity costs when crypto mining? **Answer:** Use energy-efficient mining equipment. **Question 2:** How can I optimize my mining setup to reduce electricity consumption? **Answer:** Overclock your graphics cards efficiently and adjust power settings to minimize energy usage. **Question 3:** What are some alternative methods to reduce electricity costs for crypto mining? **Answer:** Consider using renewable

energy sources, such as solar or wind power, or joining a mining pool to share electricity costs.Conclusion**Conclusion:** Implementing energy-saving strategies can significantly reduce electricity costs associated with cryptocurrency mining. By optimizing hardware, utilizing renewable energy sources, and employing efficient cooling methods, miners can minimize their energy consumption and maximize their profitability. Additionally, exploring alternative cryptocurrencies with lower energy requirements and participating in energy-efficient mining pools can further enhance cost savings. By adopting these measures, miners can mitigate the financial burden of electricity costs and ensure the long-term sustainability of their mining operations.

[zmyzone23242]

Exploring the Impact of NFTs: Revolutionizing Digital Ownership and Creativity

Introduction: As Bitcoin mining becomes increasingly competitive, miners are constantly seeking ways to maximize btc tools efficiency and optimize their operations for greater profitability. One of the key tools in a miner's arsenal is the ASIC (Application-Specific Integrated Circuit) miner, which is specifically designed for mining cryptocurrencies like Bitcoin. In this article, we'll explore essential tools and techniques for maximizing ASIC mining efficiency, helping miners extract the most value from their hardware investments.

Understanding ASIC Mining Efficiency: Before delving into optimization techniques, it's crucial to understand what constitutes mining efficiency in the context of ASIC mining. Efficiency is typically measured in terms of hash rate per unit of power consumption. A more efficient ASIC miner can generate higher hash rates while consuming less electricity, resulting in lower operating costs and higher profitability.

Selecting the Right ASIC Miner: The first step in maximizing mining efficiency is selecting the right ASIC miner for your needs. Consider factors such as hash rate, power consumption, price, and reliability when choosing a miner. Look for models with high hash rates and low power consumption to maximize efficiency and ROI (Return on Investment).

Mining Pool Optimization: Joining a mining pool is essential for small-scale miners looking to compete with large mining operations. Optimize your choice of mining pool by considering factors such as pool fees, payout methods, and pool hashrate distribution. Joining a pool with a high hashrate ensures more frequent payouts, while low fees can increase your overall profitability.

Firmware and Software Updates: Regular firmware and software updates can improve the performance and efficiency of your ASIC miner. Stay updated with the latest firmware releases from the manufacturer and install them promptly to benefit from performance enhancements and bug fixes. Additionally, use mining software that is optimized for your ASIC miner model to maximize efficiency.

Monitoring and Management Tools: Utilize monitoring and management tools to track the performance of your ASIC miner in real-time. These tools provide insights into key metrics such as hash rate, temperature, and power consumption, allowing you to identify inefficiencies and optimize settings accordingly. Look for user-friendly tools with customizable dashboards and alerts for proactive management of your mining operation.

Overclocking and Underclocking: Overclocking involves increasing the clock speed of your ASIC miner to boost hash rates, while underclocking reduces clock speeds to decrease power consumption. Experiment with overclocking and underclocking settings to find the optimal balance between hash rate and power efficiency for your specific hardware and mining environment. Exercise caution when overclocking to avoid damaging your hardware.

Cooling Solutions: Effective cooling is essential for maintaining optimal performance and prolonging the lifespan of your ASIC miner. Invest in high-quality cooling solutions such as fans, heatsinks, or liquid cooling systems to dissipate heat efficiently. Ensure proper airflow and ventilation around your mining equipment to prevent overheating and thermal throttling.

Power Supply Optimization: Choose a reliable and efficient power supply unit (PSU) for your ASIC miner to minimize power losses and maximize energy efficiency. Opt for PSUs with high efficiency ratings (such as 80 Plus Gold or Platinum) and sufficient capacity to power your mining rig without overloading. Consider using power management features such as voltage regulation and power factor correction to optimize energy consumption.

Network Connectivity and Latency: Minimize network latency and downtime by optimizing your network connectivity and infrastructure. Use high-speed internet connections with low latency to ensure stable communication between your ASIC miner and mining pool. Implement redundancy and failover mechanisms to mitigate the risk of network disruptions and ensure continuous operation.

Continuous Optimization and Monitoring: Maximizing ASIC mining efficiency is an ongoing process that requires continuous optimization and monitoring. Regularly review and adjust your mining settings, cooling setup, and power management strategies based on performance metrics and environmental conditions. Stay informed about new developments in ASIC technology and mining techniques to stay ahead of the competition and maintain profitability.

Conclusion: By implementing these essential tools and techniques, miners can maximize the efficiency of their ASIC mining operations and increase their profitability in the competitive world of cryptocurrency mining. From selecting the right ASIC miner to optimizing cooling, power supply, and network connectivity, every aspect of the mining process plays a crucial role in achieving optimal efficiency. By continually refining their strategies and embracing innovation, miners can stay competitive and thrive in the dynamic landscape of Bitcoin mining.

[viperallc]

Latest Guidelines for ANTMINER Power Connections and PDU Modifications

As the computing capability and energy demands of ANTMINER machines, particularly those in the S21 Series, continue to escalate, the standard Power Distribution Units (PDUs) and power cables are finding it challenging to keep up. To accommodate ANTMINER’s elevated power requirements, we’ve introduced tailor-made connectors and PDUs designed exclusively for these high-capacity mining rigs.

Crucial Safety Reminder:​

To prevent any risk, it’s paramount to handle electronic components with care. Never attempt to connect or disconnect the power supply unit (PSU) cable while it’s live. Always ensure the PDU is switched off before making any changes to the miner’s connection if you’re planning to move it.

Detailed Breakdown of ANTMINER’s Specific Connectors & Our Custom PDU

ANTMINER’s Exclusive Connectors

The P14 connector is designed specifically for the Antminer, suitable for the P13 plug used by models like the S21 and S19J XP.

The P34 connector, another ANTMINER exclusive, is compatible with the P33 plug, which is utilized by the T21 model.

BITMAIN’s Custom ANTPDU PW12V1 PDU

The ANTPDU PW12V1 model supports both single and three-phase power setups and is backward compatible with older models, given the right power cord is used. Pictures and more details are available for further insight.

Identifying New Interfaces and Selecting the Correct Power Cord

The T21 miner employs the newly introduced P34 connector, requiring a P33 plug; it comes with a 1.2-meter P33-P33 power cable, designed for the ANTPDU PW12V1 PDU.

For the ANTMINER S21 and S19j XP models, a P14 socket is used, which fits the P13 plug; these models include a C20-P13 cable, also 1.2 meters in length, ready for use with the widely accepted C19 interface PDUs without needing any modifications for most legacy mining operations.

Should your setup incorporate the ANTPDU PW12V1 PDU, a specific P33-P13 power cable will be required for compatibility.

Important: By default, miners are outfitted with the C20-P13 power cable. However, if your order hasn’t been dispatched, you have the option to contact sales for a swap or to purchase the P33-P13 cable separately.

For Owners of ANTMINER S19 Series’ Older Models:

These models feature a C14 interface, which fits the standard C13 plug. It’s worth noting that these miners do not come with a power cord; you’ll need to source one independently. A guideline for purchasing the correct standard is available for reference.

Special Note for ANTPDU PW12V1 PDU Users:

You’ll need a unique P33-C13x2 power cord for compatibility. This cord splits into two, covering a total length of 1.2 meters, and must be bought separately.

As we wrap up, keep in mind that T21 and S21 connectors are now available for purchase, ensuring your mining setup meets the latest power requirements efficiently and safely.

[govindhtech]

ASUS Platinum PSUs: High-Performance Power Supply Series

ASUS Platinum PSU

ASUS Republic of Gamers (ROG) unveiled the ROG Strix Platinum PSU line, suited for gaming PCs. These high-efficiency 1200-watt, 1000-watt, and 850-watt devices offer lower connection temperatures, intelligent wattage delivery, ATX 3.1 with Intel lab testing, and a generous 10-year guarantee.

Platinum PSU

The ROG Strix Platinum PSU series can power any rig, regardless of graphics card. The proprietary GPU-First intelligent voltage stabilizer (IVS) helps. The stabilizer provides up to 45% more consistent power flow to the GPU than without it, allowing even overclocked graphics cards to run at peak capacity during strenuous gaming sessions. Users can unplug the Strix Platinum IVS connection for a CPU-focused voltage sensor.

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1000W PUS Platinum

A Diagram of a Computer Description Automatically Generated

A gallium nitride (GaN) MOSFET in ROG Strix Platinum PSUs reduces energy waste and improves optimum power delivery by 30% over prior generations. The GaN MOSFET’s compact size allows for a streamlined internal structure with greater area for heat dissipation, heavy-duty heatsinks, and airflow.

Dual ball bearings on the PSU fan last up to 80,000 hours, ensuring this power supply will last no matter how much gaming is done. The fan will intelligently deactivate after reaching safe temperatures when the PSU load is 40% or lower with 0dB mode selected, keeping a rig quiet. In non-0dB mode, the ROG Strix 1000W Platinum PUS emits less than 20 dB of noise, earning it an A+ Cybenetics Lambda certification for excellent quietness.

This PSU series is Intel lab-tested and 80 PLUS Platinum certified. Due to high-end Japanese capacitors that last twice as long as regular capacitors, consumers always enjoy at least 89% efficiency, whether the load is low or heavy. High energy efficiency and limited temperature range result in calm acoustics and lower energy bills with a Platinum rating. High-performance copper pins on updated PCIe connections reduce connector temperatures and boost thermal conductivity.

Custom power supplies for DIYers

ROG Strix Platinum PSU power solutions are next-generation due to modularity. Besides amazing features, these PSUs offer easy installation and organization with flexible, etched modular wires that work at up to 50°C below the safety limit. They also meet UL1581 flame test standards and are UL758 certified, so DIY gaming PC builders can trust the Strix Platinum to meet their needs safely and sustainably.

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ASUS added a unique CPU power cord to the ROG Strix Platinum PSU for DIY PC builders. Its distinctive color scheme and clip make it simple to spot. Users will immediately know which cable goes to the CPU.

Each Platinum series PSU comes with ROG Strix stickers, allowing users to customize their PSU to suit their aesthetic tastes. These sleek, angular PSUs already have ROG branding to show users they’re gaming with the best, but a little color may show a unique style.

ROG Strix Platinum PSUs redefine gaming power supply

Users demand a reliable power supply for their new powerful CPU or GPU. They need a premium PSU to secure their gear investments. For next-gen gaming builds, the ROG Strix  CPU or GPUseries offers quiet operation, efficient operation, and powerful power supply.

Read more on govindhtech.com