Category: blog

Rolls-Royce is a luxury car manufacturer known for its high-performance vehicles, a brand that inspires awe among many. However, the company’s product line is much broader than only automobiles.

Rolls-Royce was founded in 1904 by Charles Rolls and Henry Royce to build automobiles. Over the years, the company has grown, been restructured, sold, and returned to the realm of the living. However, the manufacturer has applied its engineering expertise in areas other than the automotive industry, such as aviation and marine applications, as part of that lifecycle process.

It is the second-largest manufacturer of aircraft engines and has operations in the marine propulsion and energy sectors as well. Being in the industry for over 100 years, they are one of the most reliable and trusted brands in the field of technology. Their main focus is on pioneering the power that matters for the needs of tomorrow as well as today.

Rolls-Royce Holdings plc owns Rolls-Royce, which designs, manufactures, and sells power systems for aviation and other industries. The aerospace division of Rolls-Royce produces commercial and military gas turbine engines for military, civil, and corporate aircraft customers all over the world. They also manufacture engines for regional and corporate jets, helicopters, and turboprop aircraft in the United States.

The power generation systems division of the Rolls Royce has produced over 50,000 engines in operation with 500 airlines, 2,400 corporate and utility operators, and more than 100 military forces, its fundamental gas turbine technology has generated one of the world’s biggest product ranges of aero-engines and powering both fixed- and rotary-wing aircraft.

Rolls Royce has entered into a joint venture with Force Motors in India to manufacture and sell worldwide the renowned MTU Series 1600, 10 and 12-cylinder diesel engines for power generating, underfloor rail, and other applications. They provide a range of generator systems in both gas and diesel for emergency and standby power needs.

The manufacturing facility of the Joint Venture is located on 8 acres of land at Chakan, Pune, under the name Force MTU Power Systems Pvt. Ltd. The facility has almost all essential features, which have cold and Hot testing units. The engine is automatically drawn onto the test bench on a fit-up cage. The JV seeks to produce consistently localized content without sacrificing quality and will use Force Motors’ expertise to spearhead localization efforts.

The Rolls Royce Force MTU Diesel Gensets are top-level performing generators with robust design and optimal fuel consumption.

The specialty of Rolls Royce Force MTU Diesel Generators are

• Fuel Efficiency: Best in Class
• CPCB II Approved
• Full-power CRDI engine with superior fuel economy and the highest average load factor in the industry.
• Placement of a silencer inside the enclosure
• No Schedule Overhaul

The MTU Onsite Energy solution is a Rolls-Royce product. It was started back in 2011, as a part of the acquisition of the former owner of the brand, diesel engine provider Tognum, in a partnership with carmaker Daimler. After that, Tognum changed its name to Rolls-Royce Power Systems, and Rolls-Royce acquired it in 2014. MTU Diesel Gensets are intended for optimal reliability, with low fuel consumption, extended service intervals, and low emissions, and are backed by years of comprehensive system understanding.

MTU is trusted by customers all over the world to supply reliable power for a variety of applications, including healthcare, data centers, airports, manufacturing plants, and independent power stations. The MTU Onsite Energy solution manufactures the complete Genset and is a single point of contact for all inquiries. The global manufacturing unit of MTU diesel generators is located in Pune, Maharastra where the Gensets are produced and exported.

The MTU Diesel Generators are a must choice because of the following reasons –

• The best in the class Efficacy of Fuel
• Generator Designs That Are Robust
• Lowest Maintenance Costs
• Low Emissions
• Zero(Negligible) Downtime
• Monitoring of Gensets at a High Standard

Apollo Power Systems is an Authorized Sales & Service channel partner for MTU Diesel Generators and Force MTU Diesel Generators across South India. We offer the world’s most dependable Power Generator Sets, ranging in size from 15kVA to 4000kVA, to a vast spectrum of customers, from homeowners to large corporations. We understand the importance of standby power in any home or business environment because we’ve been pioneers in the generator industry for over 30 years. Diesel generators, unlike any other piece of equipment or machine, are the heart of any operation; they must be efficient in terms of uptime efficiency (nearly no downtime) and low maintenance costs.

You Can Trust Us

• Over 30 years of experience with DG Sets / Diesel Generators in India.
• We have a big team of professional service engineers in Bangalore, Hyderabad, Mumbai, Chennai, Coimbatore, and Vizag.
• Product sales, installation, product support, parts support, and service – all under one roof.
• Satisfied Customer base throughout South India
• MTU India & Force MTU Power Systems, a Rolls Royce Diesel Generator manufacturer, has designated us as an authorized sales and service partner.

All types of generators from 15kva to 4000 kVA are serviced by Apollo’s dedicated Service division, which also offers a choice of Annual Maintenance Contracts (AMCs) with predetermined response times and service quality. Regardless of make or model, the in-house Service staff can service virtually any generator.

Visit Apollo Power Systems to know more about Diesel Generator solutions or contact +91 9591073031.

The total amount of energy produced by the sunlight reaching the earth is twice that of all the other renewable sources. Usage of solar energy helps us reduce the usage of other non-renewable energy sources and thus reduces the carbon footprint.

There are various methods to convert solar energy into electricity. The most common ways of producing solar energy are photovoltaics and through solar thermal or a combination of both.

In this article, we take a look at solar electricity in particular about the Concentrated Solar Thermal solution (CST) using solar dish and the application of CST. We also take a look at how Solar Thermal power differs from solar photovoltaics.

Sun’s rays which reaches earth contains heat and light which can be harnessed using various active and passive solar technologies. Active Solar techniques uses the sun’s irradiance or radiation with the help of external devices like Photovoltaics, solar thermal systems, and other types of equipment to convert solar energy into electricity, whereas passive solar technologies don’t use any external devices and use sun’s heat to retain and distribute heat inside buildings using windows and other fenestrations.

Mirrors and trackers are used to concentrate a large area of sunlight to a small area to generate a lot of heat by the Concentrated Solar Power system. The heat generated is converted into mechanical energy by turbines and then converted into electricity using electric generators.

There is different Concentrated Solar Thermal system such as Linear Fresnel Reflector, solar towers, parabolic troughs and parabolic trays. Each one of these systems can produce high temperatures and their efficiencies can vary with the way they can track sun and focus the sun’s rays to convert to heat.

The dish shape reflector concentrates sun’s radiations to a receiver at a central focal point above the dish. The receiver moves in sync with the dish as it tracks the sunlight.

The sunlight is collected by the receiver from the parabolic solar concentrator with high intensity with temperatures rising upto 1000 degree Celsius. The heat formed can be used to generate power from the steam when it is fed to the electricity production system.

This system is the most efficient of all the systems offering the highest solar of electric conversion with the least loss of sunlight

• Both of these systems are used to convert sunlight to electricity. The Solar photovoltaics does it direct conversion whereas Solar thermal is an indirect conversion.
• Solar photo voltaic capture the sunlight and the photo voltaic panels consisting of the solar cells convert the sunlight to electricity directly.
• Solar thermal concentrates the light from the sun to create heat and that heat is used to run a heat engine, which turns a generator to make electricity.
• In some of the systems there is the usage of a working fluids like water, oil, salts, air, nitrogen, helium etc. that gets heated up by the concentrated sunlight which works in association with heat exchangers and is circulated through the system.

• Renewable – non polluting, reduced carbon footprint
• Easy to integrate with other heat generation systems.
• These systems are highly efficient and scalable to meet large energy demands.
• Easily storable to match the demand.
• Flexibility- Provides a flexible source of energy that can easily be be dispatched due to accessible storage.

Process: Textiles Industries, Leather Industries, Desalination Plants, Waste Water Management

Food: Sugar Industries, Dairy Industry

As India moves towards a sustainable energy landscape, reliable backup power remains essential, especially in sectors where power stability is critical. Diesel generators play a vital role in providing this reliability. However, to curb environmental impacts, the Central Pollution Control Board (CPCB) has introduced CPCB 4+ norms for diesel generators on July 2023.

Key Highlights of the CPCB 4+ Norms

Stringent Emission Reduction Requirements

Diesel generator manufacturers must adhere to strict emission reduction guidelines under CPCB 4+ norms. These standards require a significant decrease in pollutants such as nitrogen oxides, sulfur dioxide, and particulate matter, aligning Indian emissions standards with those in the EU and the U.S.

Promotion of Cleaner Technology and Improved Air Quality

CPCB 4+ norms encourage the use of advanced, eco-friendly technology in industrial generators. By prioritizing cleaner technology, these norms aim to improve air quality and foster a more sustainable environment.

Leading generator manufacturers have responded to these standards with advanced diesel generator technology. For instance, Fmtu’s CPCB 4+ compliant models in 500 kW, 550 kW, and 610 kW capacities deliver robust performance while meeting strict emission standards. These generators offer both high reliability and eco-friendly power, helping businesses meet their operational and environmental goals.

As a trusted diesel generator supplier in India, we provide comprehensive solutions that go beyond simple product supply. From installation and testing to commissioning, we manage the full process while ensuring that all government compliance requirements are met. This approach simplifies the adoption of CPCB 4+ compliant generators, making it easier for industries to transition to eco-friendly solutions.Our commitment to quality service is reflected in our 24/7 diesel generator service and support. This includes round-the-clock assistance, preventive maintenance, and an extensive spare parts inventory to ensure your power systems remain operational and efficient. Trusted by leading industries across India, including TUV, ITC, and Dr. Reddy’s, our experience speaks to our dedication to delivering reliable, compliant diesel generator solutions. To learn more about CPCB 4+ compliant Fmtu DG sets and how they can benefit your operations, reach out to us today.

Cost reduction is one of major elements of facilities management services There are different ways to perform cost cutting in a company. Few of the methods have been listed as below:

Limiting the building’s working/operational hours is the best and convenient method for reducing operational cost-cutting. Employee overtime would have a direct impact on cost cutting in the fields of electricity and other resources. In companies, all the employees must be able to work smart rather than working for long/prolonged working hours. Time is money and value of money is completely dependent on time, hence all the employees must make effective utilization of time in order to reduce cost. One of the most important method of reducing significant cost is by making Saturdays as official holiday. This will reduce cost, and add advantage for facility management team and for the employees of the firm.

Utilization of energy must be in its most effective manner. For smooth running of any building, the installation of effective energy equipment must be installed. However, it is equally important to take further steps to ensure that these equipments are not increasing the energy cost. The most basic things such as utilization of air conditioners, fans, lights etc in unnecessary places should be discouraged. Coffee makers and vending machines should be utilized efficiently. Motion-detecting technology can also be installed to automatically turn off fans, air conditioners, lights and vending machines at night.

Inspections play a very vital role, and it has to be carried out on regular basis. Surprise inspections and regular scheduled inspection of equipment would help to remove/replace equipments which are having issues or are not in much use. Maintenance and inspection is an important part of property maintenance in India in Facility Management Services. This helps in identifying the areas that might be of a potential danger to the premises. Identifying and replacing the equipments which are damaged during or after the installation. Software up-gradation, repairing equipment, re-installation of equipment, eliminating possible machinery defects, etc. comes under timely inspection.

Planning is the most crucial and one of the most important element, which helps in reduction of cost. In any organization or in any activity, planning plays a very important role. facility management team should be experts in planning and implementing to increase the investments in the areas with high cost. After a thorough research and study, the facility management team would know where they should implement their strategies for cost efficiency.

In the wake of escalating environmental concerns and the pressing need for sustainable energy solutions, governments worldwide are increasingly turning towards renewable energy sources to mitigate climate change impacts. In India, one such initiative gaining momentum is the promotion of rooftop solar installations, buoyed by the ambitious target set by the government to solarize one crore homes by 2024. Central to this initiative is the concept of rooftop solar subsidies, designed to incentivize residential homeowners and apartment communities to embrace solar power.

We bring forth every question you have on Rooftop Solar and answer them in simple terms.

Rooftop solar is gaining momentum for several reasons.

• The system cost has come down, making it affordable.
• It allows individuals and businesses to generate their own electricity, reducing reliance on traditional energy sources and lowering utility bills.
• Rooftop solar helps to reduce carbon emissions and mitigate climate change by harnessing renewable energy.

How much does it cost for rooftop solar?

• The cost of rooftop solar per kWp ranges from 50,000 to 60,000.

What is the ROI?

For a 25 kWp system and above, you can achieve ROI in 5 years.

What is a rooftop solar subsidy?

Rooftop subsidies entail financial support extended by governments or other entities to facilitate the implementation of rooftop solar systems.

Government assistance may come in the form of a rebate to offset initial capital costs or loan aid for setting up rooftop installations.

Who Does Solar Subsidy Apply To?

This inclusive approach aims to democratize access to clean energy solutions, empowering residential homes and apartments to contribute to a greener future.

Subsidy Name : PM Surya Ghar Muft Bijli Yojna Initiative

Things to keep in mind

• Available for On grid connection only.
• RR numbers and applicant names have to match.
• Apartments should be registered with the Resident Welfare Association.

Subsidy for Independent Homes and Societies

• 1kW System: ₹30,000 subsidy
• 2kW System: ₹60,000 subsidy
• 3kW System: ₹78,000 subsidy
• 4kW to 10kW System: ₹78,000 subsidy

Subsidy for Societies

Rs.18000 per kW for common facilities, including EV charging up to 500 kW capacity (@3kW per house), with the upper limit being inclusive of individual rooftop plants installed by individual residents in GHS/RWA.

Subsidy	Example 1	Example 2	Villas/Independent Homes
Utility Power Sanctioned (a)	50 kw	30 kW*4 Blocks 120 kW	5kw
No. of Houses	30 Nos	120 Nos	1
Subsidy allocated for each flat	3kW	3kW	5kW
Total Sanctioned power for all the houses (b)	90 kW	360 kW	5kW
Whichever is lower (a) or (b)	50 Kw	120 kW(Each block gets 30kW)	Is not applicable
Allowed subsidy per kw	18000	18000	78000
Total Subsidy	9,00,000	21,60,000	78000

How do I avail of the subsidy?

Securing the solar subsidy is a straightforward process.

• 1. Log into pmsuryaghar.gov.in with your consumer number and update your electricity bill and address.
• 2. Get the Solar Feasible Report for the site.
• 3. Vendor Selection: Choose a reputable vendor from the designated list of approved suppliers.
• 4. Installation Rooftop Solar Setup: Ensure that the chosen vendor is proficient in supplying, installing, and commissioning all components, including inverters and panels.
• 5. Compliance: Complete the installation of the rooftop solar system and apply for net metering. Install a net meter and get approval from the local electric board.
• 6. Claiming Subsidy: After the successful installation, apply for net metering, get the commissioned certificate from the vendor, and update the same online. The subsidy will be credited to the account within 30 days of submission.

What are the things to keep in mind?

While embracing solar power offers a myriad of benefits, it’s essential to tread cautiously and consider the following points:

• Vendor Experience: Prioritize vendors with extensive experience in the solar energy domain, ensuring expertise and reliability in their services.
• Comprehensive Service: Choose vendors who offer 360-degree solutions, encompassing the supply, installation, and maintenance of solar power systems.
• Statutory Compliance: Choose vendors who are well-versed in regulatory requirements and ensure adherence to all legal obligations.
• Quality Assurance: Emphasize quality over cost. Invest in high-quality solar panels and inverters to ensure optimal performance and longevity of the system.

Why choose the subsidy option?

Rooftop solar panels are a great investment and are great for the environment. Additionally, choosing the subsidy option offers multiple benefits, and below are a few:

• Compliance with Regulatory Standards: Gain peace of mind knowing that all vendors will adhere to strict regulatory standards, ensuring safety and legal compliance at every step.
• Bank Loan Accessibility: Take advantage of government partnerships with banks, making it easier for you to secure a loan for your renewable energy solutions.
• Long-Term Warranty Coverage: Enjoy the advantage of extensive warranty coverage, including a 10-year product warranty and a 25-year performance warranty for modules.
• Maintenance Benefits: Experience added value with maintenance service.

Why choose Apollo Power Systems?

We, at Apollo Power, are proud to be MNRE channel partners and DISCOM partners. Since 2012, we have been delivering top-notch solar solutions to industries, apartments, and institutes. Among our esteemed clientele are reputed names such as Brigade, Prestige, Sobha, Raheja, Dr. Jhanavi Nilekani, and LIC.

Today for all businesses aim at saving energy, saving environment etc. Commercial Solar Panels are the most important viable option which is available in the market for all the businesses today for the following reasons:

It’s very important to reduce overhead expenses in any business. Solar panels help to save money in any business by generating free, green electricity to be used onsite. This lowers the demand for consumption of energy produced from the grid during daylight hours. This helps in saving thousands of rupees every year on energy bills

Reducing carbon footprint has become the major matter of concern. Hence generating one’s own electricity from solar reduces your carbon outpu and could offset most, if not all, of your business’ carbon emissions. Climatic changes have been highlighted as one of the major topic of concern at the moment. Green initiatives add a competitive advantage, to strengthen the relationships with the supply chain management systems and with the clients.

The Indian energy policy is largely defined by the country’s expanding energy deficit and increased in a shift of focus on alternative sources of energy, particularly Solar, Wind and Nuclear energy.

As per the research, India ranks 81st position in overall energy self-sufficiency at 66% in 2014.

Indian solar power PV tariff has fallen at its lowest to ₹2.44 per kWh in May 2017 which is lower than any other type of power generation in India. Also, the international tariff of solar thermal storage power plants has fallen significantly making it cheaper than fossil fuel plants. Hybrid solar power is a mix of solar PV and solar thermal storage power and this is much cheaper. This doesn’t need dependence on costly and polluting coal/gas fired power generation for ensuring stable grid operation. Solar electricity price is going to set a standard benchmark price for deciding the prices for other fuels such as petroleum products, natural gas/biogas/LNG, CNG, LPG, coal, lignite, biomass, etc. based on their ultimate use and advantages.

Even though the feed-in tariff was heavily cut in January 2016-2017, the ROI on buying a Solar PV system will still get good returns for the business.

To leverage additional financial expenses, an integration of solar panel system with an onsite solar battery storage solution will be an added advantage as it provides energy security benefits for your business. Utilization of surplus stored energy got from self-generated electricity instead of exporting surplus energy back to the grid, can help in energy savings, as it cuts/reduces the further dependability on the National Gird. In case of power cuts onsite, stored energy onsite will help in smooth functioning of the business operations without any obstacles.

Apollo has always maintained focus on installing solar panels on commercial rooftops This has helped us to expertise in our field. Our clients and industry consist of wide range of business right from small independent retailers to multi-megawatt blue chip manufacturing companies installing solar panels.

Don’t take our word for it – Check our wide range of projects on solar solutions to know how we have worked with the similar industry of yours, and how we have helped them achieve their green, clean energy environmental goals.

Climate change has affected India’s economy drastically and the agricultural sector is in jeopardy. Apart from agriculture the overall productivity has reduced too. In Delhi there is low visibility and educational institutions have shut down due to smog. It also has been linked to various health hazards. South-West Indian Ocean creates cyclones and storms that are affecting various places lying in the coastal belt in India.

One of the main reasons for climate change or global warming is pollution. Pollution is caused due to smoke emitted from factories, vehicles, mining, burning fossil fuels, etc. Non-Renewable resources like fossil fuels are high in demand and this has caused the prices of these non-renewable resources to increase. Now the search has begun for a more economical energy source. What if the economical energy source can also be ecofriendly? Yes, we are talking about solar energy. Solar power is not only economical in long run but also eco-friendly. Due to growth in technology the prices of solar panels have reduced. Solar Solar Rooftop Solutions, Solar Hybrid Solutions, Solar Cooker and Solar Water Heaters are eco-friendly alternatives for various products that consume other expensive non-renewable energy sources.And Solar Panels are getting more efficient by the use of more efficient cells used to produce more power, which helps to lower the cost of producing electricity and provides a quicker return on investments for homeowners or power plant developers.

Today India has more demand for electricity compared to the supply. The production of electricity is hugely dependent on nonrenewable resources like coal. But the use of Solar Energy has been increasing to generate non-polluting, clean source of energy and also controls other environmental hazards caused by emission of smoke etc., as solar energy does not emit any harmful radiations. As there are various different concerns leading to that are depleting the natural resources, people have started switching to renewable sources of energy as the cost of producing them has been reducing due to growth in technology.

In 2040, 49% of electricity produced in India could be through renewable energy. Due to increase in efficiency of batteries to store electricity, renewables could be used to store energy for the night or gloomy weather conditions.

This may cut the Solar Energy costs by 66% over current costs, according to the Bloomberg New Energy Outlook 2017 report.

Fact: World’s second largest Solar Power Plant at a single location is situated in Tamil Nadu has a capacity of 648 MW and covers area of 10 sq km. This Solar Power Plant in Kamuthi, Tamil Nadu was built in just 8 months of time.

Learn how to choose the right 500kVA diesel generator for your business needs. Ensure fuel efficiency, safety, and compliance with CPCB norms. Discover top industrial generator suppliers like MTU for reliable backup power solutions.

When choosing the right diesel generator for your business needs, safety and efficiency should be your top priorities. A 500kVA diesel generator, for example, is perfect for industrial use, but selecting the best one requires understanding a few key aspects.

First, determine whether the generator will be used for continuous operations, standby power, or emergency situations. If you need a generator for prime load applications, it’s crucial to choose one that can handle extended run times without requiring frequent overhauls. On the other hand, for standby or emergency generators, fast loading and responsiveness are essential, ensuring power is restored quickly when needed.

Another vital factor to consider is fuel efficiency. An industrial generator that runs efficiently can help significantly reduce operating costs over time, which is particularly important for businesses looking to manage energy expenses.

Environmental regulations are also a critical consideration. Diesel generators should comply with CPCB norms to ensure they meet emission standards. Investing in compliant equipment not only helps your business avoid fines but also contributes to a greener, more sustainable operation.

When selecting a supplier, look for those with a proven track record in handling large-scale industrial projects. MTU is a prime example of a brand that has established itself as one of the world’s top backup power solutions providers. From airports to data centers, MTU’s diesel generators, ranging from 500kVA to 1000kVA and beyond, offer unmatched reliability and performance. These generators are designed for demanding environments where downtime is not an option, making them an ideal choice for businesses requiring uninterrupted power supply.

As diesel generator suppliers, we ensure that the installation and operation of your industrial generator are handled professionally. Our team ensures that your equipment is set up to run smoothly and reliably, giving you peace of mind.

In conclusion, whether you’re looking for a 500kVA diesel generator for continuous use or an emergency backup solution, choosing a brand like MTU will guarantee long-term reliability and performance. With a focus on safety, efficiency, and compliance, you can trust that your business will have the power it needs, when it needs it most.