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Substations and Switchyards are significant components in the electrical generation, transmission, and distribution system. They deliver the transformation, switching, and protection of transmission and distribution systems.

A switching substation, also known as switchyard, is a substation without transformers that functions solitary at a single voltage level.

Switchyards are used largely for connections and interconnections and are important for transmission, distribution, and collection. Substations may be maintained and operated by an electrical utility or may be owned by a huge industrial or commercial customer. Normally, substations are unattended, depending on SCADA for remote supervision and control.

The purpose of the electric power delivery system is to transport electric power from generation sources to end users. Substations are the vital part of this electrical generation, transmission and distribution system. Substations transform voltage from high to low, or the reverse, or perform any of several other important functions. They also provide the transformation, ties, switching, and protection of the transmission and distribution systems.

Switches – These are the devices that connect and disconnect the current path

Protection and Control Equipment – This is an equipment to control substation equipment, send power from one circuit to another, or open or shut down circuits when needed.

Transformers – They are the devices that transfer electrical energy from one circuit to another, without changing the frequency. They use electromagnetic induction; which is used to change the line voltage.

Circuit Breakers – These are the devices used to complete, maintain and interrupt currents flowing in a circuit under normal or faulted conditions Substations use huge transformers to convert a generator’s voltage up to tremendously high voltages for extensive distribution on the grid.

Substations usually have switching, protection and control equipment, along with transformers. Circuit breakers are used to interrupt any short circuits or overload currents that may occur on the network in the huge substation. Whereas smaller distribution stations may use recloser circuit breakers or fuses for protection of distribution circuits. The power plant may have a substation nearby, but, substations alone themselves usually don’t have generators. The substation may also have other devices such as capacitors and voltage regulators.

Substations can be constructed on the surface in restricted enclosures, or under the ground, or can be located in specially designed buildings. Tall & huge buildings may have few indoor substations. Generally, urban areas mainly have indoor substations. The reason is transformers generate noise and switchgear needs protection from varying climate and pollution conditions.

A grounding (earthing) system necessitates designing. To prevent short-circuit in the transmission system, the total ground potential rise, and the gradients in potential during a fault (called touch and step potentials), needs to be calculated. A ground potential rise can be caused by earth faults at a substation. During a fault, in the Earth’s surface when current flows, it can cause metal objects to have a different voltage than the ground under a person’s feet; this touch potential presents a hazard of electrocution. The substation which has a metallic barrier should be suitably grounded to guard people from the hazard

The main issues are reliability and cost. A good design tries to strike a balance between these two. It attempts to attain reliability without unnecessary cost. The design should also allow expansion of the station when required.

Apollo’s electrical contracting consists of team of specialized engineers to designs and builds high voltage projects across India. They are pioneers in electrical contracting services for switchyards and substations and high voltage transmission lines.

Contact Apollo for more information.

Around the world, generators are the lifeblood of construction sites, infrastructure projects, and outdoor events. Although buying a generator is not difficult, it is important to thoroughly understand its models and uses before making a purchase. Buying brand-new generators or renting generators has a lot of wonderful benefits.

Their value as a flexible, dependable power source and contribution to productivity cannot be overstated. They can supply critical energy and support to applications as diverse as urban dewatering projects, manufacturing industries, hospitals, or running a mobile kitchen that can serve 5000 people in a remote location, to name a few.

• Portable Generator vs. Standby

You can choose between a Standby Generator and a Portable Generator based on the layout of your property and your backup needs. Despite the fact that both of these generators are dependable power sources, a standby generator must be installed, whilst a portable generator can be stored conveniently and only used when necessary.

• Right capacity for the application

Making sure you buy the correct sized diesel generator set that can manage the power requirements demands in the event of a power outage is one of the most crucial elements to take into consideration when choosing a generator. It can mean the difference between having restricted power and suffering an impact on your business operations or being able to keep all important machinery and equipment working.

Large voltage and frequency dips can also happen when starting motors or transformers if the generator set is not sized properly. The motor or motor starter may be less susceptible to voltage and frequency dips than other loads connected to the generator output, which can lead to issues.

• Modular capability

It’s important to inquire with the equipment manufacturer about the steps that can be taken to set up a modular power plant even if you just have one unit at first. The modular capability has a number of additional advantages.

First off, by setting the remaining units to increase their output in order to maintain the same power output, the failure of a single unit is reduced, improving equipment reliability. Second, because it is optional to shut down the complete power distribution during necessary maintenance procedures, the cost and duration of service intervals are decreased.

• Control systems and management

A range of features should be available in the ideal control system. For instance, the machine may be remotely started and programmed, alerts about low fuel and other performance difficulties might be displayed, and a wide range of analysis data could be delivered. This increases the power plant’s efficiency and offers a helpful overview of the application process.

Power Management systems are now included in many generators. They are perfectly suited for rental applications because of their plug-and-play design, which enables quick and simple implementation.

• Fuel efficiency and autonomy

The fuel consumption of modern mobile generators is significantly lower than it was five years ago because of a variety of design changes and energy efficiency advancements. The market has grown significantly as a result of the newer technology’s ability to operate more efficiently and for longer periods of time.

But not every generator is the same, and fuel can be pricey. Therefore, it is advisable to obtain a fuel consumption forecast from two or three manufacturers before making an investment.

• Physical size and transportation

Determining whether a unit can be moved or loaded onto a vehicle, as well as looking for features like lifting eyes and forklift slots, pay off. For a smaller footprint and easier access when employing numerous generators, it’s also important to examine if the units can be stacked on top of one another. These elements have an impact on overall operational costs and initiatives to cut carbon costs.

• Maintenance Requirements

Diesel generators require routine upkeep and maintenance much like any other piece of gear. This will not only need more time from you, but it can also necessitate some more costs. Make sure you are well aware of the Diesel generator maintenance requirements before you purchase one.

• Age of the Generator

Naturally, older generators may need more maintenance or have a shorter lifespan than brand-new ones. However, you should also consider the previous use of the generator. An older generator that has hardly been used is more likely to have minor repairs than a relatively new generator that has been in constant use

• Safety Concerns

Noise and exhaust emissions are two potential safety issues with diesel-powered generators. Although exhaust is far less of an issue than in previous years, diesel generator pollutants are nonetheless dangerous to breathe for extended periods of time. Additionally, the motor has an uncomfortable loudness range. Make sure to give your generator a suitable enclosure to keep the noise and pollutants substantially confined in order to battle both problems.

• Manufacturer history and reputation

There are several multinational firms that manufacture generators today, some of which have high customer satisfaction ratings and reliable product delivery, while others have had very poor performance over the past five years or more.

It is advisable to discover more about the Diesel generators company’s history because it will guide your choice of where and what to buy.

Apollo Power Systems is an Authorized Sales & Service channel partner for MTU Diesel Generators and Force MTU Diesel Generators across South India. We cater to a wide range of clients, from homes to huge organizations, and provide the most trustworthy Power Generator Sets available anywhere in the globe, with capacities ranging from 15kVA to 4000kVA.

Visit Apollo Power Systems to know more about diesel Generators or contact +91 9591073031.

The way we inhabit our workspace is changing and so are the workplace strategies we must have in place to attract and retain talent as well as to drive productivity and performance. Here are 5 ways facility managers must fulfill their customer needs and innovate their practices to stay competitive in the facility management industry by 2020.

It’s a competitive world and competition gets more competitive by 2020. It’s now time for all the facility management companies must shift focus from traditional asset deployment and move beyond that such as using workspace more efficiently and effectively. This concept broadens the Facility Management role. HR & IT teams are required to collaborate with each other on strategies for the overall company growth.

To achieve this, all facility management companies need to develop sets of relevant KPIs strategies which help in measuring such as Office environment impact on the productivity of employees, Knowledge scaling up, Capabilities and ability of knowledge creation, client satisfaction, change adaptability and flexibility, cultural impact and maintaining balance and innovation

Traditionally the medium to measure success rate for facility management industry was completely on cost factor,i.e, how to get more for less cost, through cost-cutting. Cost cutting strategy will always continue across the industries having the with the main emphasis on lowering occupancy costs – being a strategic partner will also require finding new ways to create value for the workspace inhabitants and other stakeholders. This is a creation of a path in the process of adopting new wave of thinking and of forward-thinking technologies that allow more mobility or provide better conditions for employee training or creation of a healthier workplace environment that can increase employee productivity, decrease absenteeism and minimize overall stress levels.

In the corporate real estate industry, the facility management industry has become one of the most important. As majorly facility management services ‘ focus is responsible for health & safety, energy management, waste management, water consumption & recycling of water and most importantly reducing the carbon footprints. These responsibilities will only expand in the future as it’s a given fact that buildings account for almost 40% of global energy use, sustainability has become an important strategic topic. Since the priority has always been sustainability, the pressure on facility managers will increase to deliver sustainable solutions across all platforms and activities of the organization. The professionals will be forced to rethink all of their existing assets and system into a sustainable framework, including making life-cycle assessments and undertaking life-cycle building management. Training employees in maintaining a sustainable workplace and developing new methods to reduce energy levels, waste and carbon footprint overall, will, therefore, be one of the key ways to gain new market shares and improve the competitiveness of a facility management business overall.

Concept Money=space, Space=money is very true. Optimal utilization of Space towards working environment including virtual employees or mobile employees, investing time in the investment of time in any new workspace designed, can only help them in the utilization of the space to the maximum which can result in impressive cost savings. Few of the most methods used to get maximum utilization of value current properties are flexible-workstations, distributed workplace, strategy & mobile workplaces. Facility management companies keen on developing skills and expertise within workplace design in combination with technology utilization will on that basis be well positioned to experience higher

Towards 2020, more facility managers will be keen to leverage more technology in their service offerings to stay competitive. The idea of a workplace is nothing but the concept of the virtual workplace. Technology is emerging in facility management quickly because of 2 facts: (a) Its double-edged axe showing where we perform and how best do we perform. The workplace is new and different eg: assigned workplace, home offices, flex offices, shared..etc. (b) Technology changes and updates every day, facility management professionals must make use of this to make effective and efficient workplaces/spaces for employees. Leveraging available technologies in the most optimal way must be decided by facility management.

Facility Management is an organisational function integrated with the infrastructure, people and organisation to enhance the quality of life and improves the productivity of the core business often associated with the technology. Facility Management is subject to development and innovation to add value to the core business of the public and private sector client. It is supported with training and professional qualifications by FM institutes. It is a multidisciplinary kind of work that covers a wide range of various activities, responsibilities, knowledge and experience.

Facility Management is important because it emphasis on a safe and comfortable work environment for people. It includes maintenance of equipment, property, buildings and optimisation of inventory and other hospitality services. As organisations adopt the latest workplace designs, modern facility management services look beyond traditional tools to support new working methods in new environments, Facility Management companies also need to follow all the government rules and regulations to ensure safe working conditions. Facility managers uses facility management software to ensure efficient operation, cost savings and improve productivity.

The facility management market has a huge growth potential. More than 75% of the market yet to be produced under facility management companies in India.

To take the benefits of this prospering industry, facility management companies in India are adding value to their services by integrating technologies such as automation, artificial intelligence and data monitoring systems to reap the best result. The FM market is horizontally (cross-functionally) oriented. It currently represents about 5% of global GDP.

To ensure that the facility is operating on a timely basis they complete daily inspections and communicate directly with the POC to ensure that the business is running smoothly every day.

• Providing all the occupants with the right equipment and amenities
• Being compliant with health and safety regulations
• It is the responsibility of facility managers to ensure all the occupants are happy and safe through space management
• They should understand how to manage a schedule that will help them stay ahead of maintenance on each of their buildings ‘equipment and systems.
• Another significant role of Facility Manager is to deal with emergency issues that arise. They should have contingency plans regarding what needs to be done in the event that certain situations occur, such as equipment breaking down unexpectedly.
• They should Ensure that all the facilities should meet compliance standards and government regulations.
• overseeing contracts and facility providers for functions such as catering, cleaning, security and safety.
• Advising businesses how to improve the efficiency and cost-effectiveness of the facility.

• COVID-19 safety protocols – A New Trend

As the novel Corona Virus makes its way across the globe, it’s important for building management professionals to understand the proactive steps they must take to prevent the spread of illness in their operation. These are the sanitation protocols to keep occupants healthier, happier and more productive such as disinfected high-touch areas in your building, Encourage proper hand washing techniques, Follow proper sanitary methods when handling cleaning equipment, Create an outbreak preparedness procedure.

• Contactless services – A Bar/QR Code

The key question in the previous year was how to keep the business ongoing while limiting direct contact with your clients. This is where the contactless and remote services came into picture, while countries across the globe are already starting vaccination programs to solve the health crisis and social distancing which might remain a requirement for the upcoming years.

Contactless service is a creative solution to maintaining proper regulations while running services as usual. The signature feature enables you to complete and sign finished work.
Similar solutions should emerge around the facility and building management companies as it’s a way to tackle the current scenario.

• Autonomous workforce – A Digital tool

Well-equipped and modern Independent workforce is resilient to challenges. With min number of people and back-end office employees working from home, technicians must be prepared to solve client issues more independently. But to be on their toes they need digital tools with a professional set of functionality that could provide this opportunity.

• IoT and Predictive Maintenance

Predictive maintenance often operates based on IoT devices. Machines and equipment are based on algorithms that can predict when parts need to be changed, cleaned, repaired, or maintained when it is required. Predictive maintenance requires advanced equipment, it can save time and money by helping to prevent unexpected issues and accidents to any company.

• Emphasis on Optimising Space Management

Space Management has becoming a top priority as employees started slowly returning to their workplace. The new goal for Facilities Managers is to find a way to maximise space, while providing a safe and clean working environment.

The best way to manage your own space is to understand how it is utilised. Sensor technology and space monitoring system will become essential in 2021 for Facilities Managers all over the globe. Today, companies are already leveraging sensors to monitor social distancing, cleaning regimes, safety, traffic flow, and space utilisation. As both interest and investment in IoT technology continue to grow, sensors are becoming more accurate and affordable.

• Digitisation of Maintenance Processes

The modernisation of maintenance processes is not a new concept. However, as a response to novel Corona Virus, this has become more than an efficiency imperative and has transformed into a critical safety initiative. There is an increasing in number of organisations which are adopting intelligent based cleaning schedules. Facilities Managers should directly align the current occupancy and space utilisation for cleaning schedules. This will allows them to rapidly clean spaces, as soon as they become unoccupied.

• Sustainable & Resilient Buildings

The idea to design Smart Green buildings is nothing new. However, COVID-19 Virus exposed the reality that Green Design is not only the sustainability effort. The other half is resilience, or how well your environment responds to new waves. Organisations that prioritise resilient strategies will help their stakeholders, vendors, managers, and employees reduced the damage and adequately adapt to serve events.

• Improving Space Utilisation

One of the main challenges of Space Utilisation is for large enterprises. If the space is not properly utilised, it can cost hundreds of thousands of dollars a year. Yet many facilities managers and corporate business leader have no idea how much space is actually being wasted across their portfolio. One of the reason is a lack of proper space classifications across locations. And another is lack of visibility due to insufficient space management software systems.

• Helping Employees Navigate the Workplace

It is a huge challenge for Facility Management to Navigate the Workplace. It is very important to have the right information at the right time to be able to quickly and easily navigate a huge corporate campus.

• Improving the Employee Experience

Enterprise goal is to improve employee engagement and the overall experience rather than the size of your organisation. Our high priority is to create an exceptional employee. In this employee-centric economy, attracting and contract top talent is becoming more and more difficult.

• Controlling Costs

If you don’t have a good handle on your cost control, you might give the impression that you’re not managing your facility efficiently.

One method to control costs is to accurately stocktake listing and negotiate prices with your vendors.

• Extending the Life of Your Resources

Whether it’s planned HVAC inspections or deep-cleaning your building’s carpets on a regular basis, it’s important that you protect these big investments to keep them functioning as long as you can.

• Keeping Accurate Records

One of the biggest challenges is to keep accurate records, and it’s one of the most important aspects of ensuring that you have the data when you need it.

Managing a large building means that you’re in charge of a lot of different systems, and if you don’t have reliable data, it can lead to expensive and long term problems.

• Choosing the Right Partners & Vendors

Outsourcing work has been a fiscally responsible move for facility managers. How would you know that you’ve chosen the best vendor for the work you need? Vendor play a vital role in helping you maintain your facility, ensuring that employees and visitors are in an environment that’s safe, healthy, and attractive.

Apollo Power Systems Pvt. Ltd. provides Facility Management Services to an enterprise including many MNCs. Apollo Power Systems has been helping organisations to improve the efficiency by providing them facility management services. Apollo Power System is also known for providing Facility Management Training across Southern India Training helps every organisation to keep the workspace and people of the healthy work environment, training such as Time Management, Stress Management, Managers Training Programs etc.

The world is witnessing a significant shift towards electric vehicles (EVs) . Since the benefits of EV are evident. Including reduced emissions and lower operating costs compared to traditional cars.

However, one of the biggest challenges in the widespread adoption of EVs is the availability and accessibility of charging stations.

Let us explore the importance of charging stations in the context of the rise of electric vehicles.

In recent years, the demand for electric vehicles has been on the rise. According to the International Energy Agency, the number of electric cars on the road surpassed 10 million in 2020. This trend is expected to continue. Owing to an increased environmental awareness, government incentives, and advances in technology.

As per statistics from the ministry of road transport and highways (MoRTH), Karnataka has seen a nearly 1,500% increase in e-vehicle registrations in three years. While 6,150 EVs were registered in 2019, the number hit 95,856 in 2022.

As a consequence, EV charging stations have become the need of the hour.

• 1. EV charging stations are essential infrastructure for the adoption of electric vehicles.
• 2. They provide a convenient and accessible way for EV drivers to charge their cars. Whether at home or on the go.
• 3. The availability and accessibility of charging stations are crucial factors in the decision-making for purchasing an electric vehicle.
• 4. Without a reliable network of charging stations, EV drivers may experience anxiety and be hesitant to take longer trips.
• 5. Moreover, the installation of EV charging stations has a positive impact on the environment and the economy.
• 6. EV charging stations can help reduce greenhouse gas emissions and improve air quality.

India’s renewable energy business is the world’s fourth most appealing renewable energy market. As of 2020, India was rated fourth in wind energy, fifth in solar energy, and fourth in renewable energy installed capacity. As countries around the world continue to invest extensively in cost-effective sustainable energy alternatives, the world’s reliance on renewable energy is rapidly growing. Not only has there been fierce competition among companies in this market in recent years, but there has also been an increase in solar PV installed capacity.

Over the last few years, installed renewable power generation capacity has increased. Before the pandemic, 2020 was expected to be a record year for new renewable energy capacity, owing to a large number of new solar panels, wind turbines, and other energy sources erected around the world. Due to the mounting financial uncertainty, the COVID-19 epidemic has disrupted economies and supply systems around the world, pushing corporations to cut budgets, alter priorities, and postpone major construction projects.

India’s potential to harness solar electricity is undeniable; while the COVID-19 pandemic problem may have slowed expected growth, the projections are astounding. Indigenous enterprises, particularly manufacturers, have benefited India’s solar power industry, which is increasingly focusing on creating components and technology-backed solutions in the country. The solar industry’s tendencies are both promising and attainable.

Increased access to solar power

Solar power is being considered by a growing number of Indian industries as a long-term energy source. This has mostly been made possible by solar panel manufacturers that spend significant resources inventing solar panels and related components rather than depending on their Chinese competitors. India’s reliance on Chinese solar energy supplies hampered the country’s ability to price components such as wind turbines and panels economically.

Solar electricity will be used increasingly in the future, not just in the commercial and residential sectors, but also in households. Solar energy resources are becoming more widely available, and this trend is expected to continue.

More support from the government

The National Solar Mission, which began in 2010, is the focus of the Ministry of New and Renewable Energy (MNRE). The mission’s present goal is to install 100 GW of solar electricity capacity by 2022, and numerous policies are being implemented to achieve that goal. This might entail greater subsidies and other programs for solar industry producers and players, helping to reduce R&D expenditures and initial installation prices. With vested parties receiving credit help, it is expected that interest in the solar business will skyrocket. The government is committed to increasing the usage of clean energy sources and is now working on several large-scale sustainable power projects as well as extensively promoting green energy. Furthermore, renewable energy has the potential to provide a large number of jobs at all levels, particularly in rural areas.

The Indian government plans to create a “green city” in each state that is powered by renewable energy. Solar rooftop systems on all of the city’s houses, solar parks on the outskirts, waste to energy facilities, and electric mobility-enabled public transportation systems will all be used to mainstream environmentally friendly power in the ‘green metropolis.’

Digitalization is predicted to change every element of the solar business, from research to production and infrastructure. More organizations are attempting to increase the commercial viability of their solar projects by utilizing machine learning and artificial intelligence. In the renewable energy business, the utilization of data, drones, robotics, and software solutions is an intriguing development, especially as developing countries invest more in technology.

From manufacturing and infrastructure to end-user devices, 2021 will see extensive digitization at all levels of the power system. Energy 4.0, as it’s known, will allow businesses to implement intelligent energy and power management systems based on machine-to-machine and machine-to-human interactions. Machine learning, such as through microgrid controllers and artificial intelligence, is one trend to watch as new technologies arise to suit the expanding needs in the solar energy business. New software is helping to influence the future of how firms might use AI and machine learning in solar energy technology. AI is being used by companies in this industry to identify and track patterns in energy generation and consumption. Smart energy also aids in predicting the output of a certain wind or solar plant.

Over the last decade, the energy sector has come under increasing pressure from a variety of stakeholders, ranging from customers to utility-scale power plants, to lower the cost of renewable energy while also boosting the rate of adoption. The 97 percent reduction in the cost of solar photovoltaic modules over the previous four decades is frequently cited as a big success story for renewable energy technologies. Government initiatives that boosted market expansion around the world, including as renewable portfolio standards, feed-in tariffs, and various subsidies, accounted for almost 60% of the entire cost reduction. Modifications to modules and production techniques influenced the price even further. While solar cell technology advanced significantly during this time, improved manufacturing procedures reduced the number of defective cells produced, resulting in higher yields and huge economies of scale.

In the previous decade, the average price of solar panels, parts, components, and hardware has dropped dramatically. Solar energy investors and domestic manufacturers that have substantially invested in in-house production facilities are to blame for the drastic shift. The cost of hardware and solar panels is expected to drop further as more solar companies are prepared to deliver to smaller manufacturers and start-ups. Solar panel manufacturing is also predicted to undergo a significant transformation, with larger outputs to meet worldwide and domestic demand.

Photovoltaics is one of the most promising renewable energy technologies. Photovoltaics (PV) is a very elegant way to generate power on-site, straight from the sun, with no regard for energy source or environmental impact. These solid-state devices generate power from sunlight invisibly, with no maintenance, pollution, or material depletion.

Building-integrated photovoltaics (BIPV) is predicted to grow in popularity in India, despite its early stages. This type of solar technology incorporates photovoltaic construction elements into the architecture, increasing the energy efficiency of the property. As corporations learn the fundamentals of BIPV for the Indian market, there may be a noticeable shift in how buildings are structured.

In comparison to 2010, when India produced 10 MW of solar energy, the installed solar capacity has risen to more than 42 GW, a significant increase over the predicted line. With changing trends, more corporations and investors are anticipated to enter the renewable energy sector, potentially resulting in cost-effective solar energy access for both industrial and large-scale mass requirements. For the Indian client, rising fuel prices are already a source of anxiety. For all stakeholders, solar energy and other renewable resources may be the best option.

PV systems that are integrated into buildings are planned during the architectural design phase and installed during the initial construction phase. During a retrofit, building-added PV (BAPV) is planned and installed. Traditional PV systems require racks and mounting equipment, which both BIPV and BAPV lack. Most integrated solar system designers will weigh several solar technologies and their potential applications against the specific needs of building occupants.

Apollo Power Systems is dedicated to offering Solar Power Solutions that are both cost-effective and long-lasting for both residential and commercial applications. Solar energy is the only renewable energy source that can be used in most homes, and solar panels can help you save a lot of money. Since the debut of solar panels, prices have constantly decreased. Installing solar panels as part of a green electricity package allows you to get 100 percent solar energy into your home. This provides you with electricity 24 hours a day, seven days a week, even on overcast days when the solar panels generate less efficiently.

Facility management is an organizational function that integrates people, location, and process within the physical environment with the aim of enhancing both individual well-being and core company efficiency. The COVID-19 pandemic elevated safety and health to a key priority, and the Financial Management sector is expanding quickly. How the FM teams conduct business and respond to daily issues is evolving as a result of technological advancements, green initiatives, and other modern trends.

The soft services that involve the provision of varying-natured services, help in improving the working/ living environment to a more pleasant or secure one to work in. It includes cleaning & sanitization, housekeeping services, pest control, pantry services, and many more. These services are indicators of productivity and job satisfaction. The trend in the soft services industry is an important point to be considered. The better the working place, the more efficient are the employees which in turn leads to higher results for the overall organization. Let us see the trends in the soft services facilities management in 2022 mentioned below

Programs that promote health and wellbeing are transitioning from “nice to have” perks to crucial employee benefits. Organizations may guarantee uninterrupted everyday operations with frequent maintenance, repairs, and upgrades. In the pandemic era, Social distancing, self-testing, contact tracing, and extra cleaning & sanitization services are becoming an important tasks to be completed on an everyday basis.

Employee wellness initiatives boost output by 10% on average, and by as much as 45% in some circumstances.

In general, when employee welfare is maximized, workers are more concentrated at work, and productivity rises.

The option of working from home or their preferred cafe while enjoying all the comforts has become commonplace for employees. They are now able to plan their day according to what suits them the most. Instead of having to change their behaviors to fit the workplace when they get back to the office, they prefer a setting that promotes their unique working style. They want to have meaningful interactions with their coworkers while still having access to quiet spaces for focused work.

Adding a natural touch to any company’s exterior or interior space improves the personalized experience of the workforce. A well-maintained and designed landscaping draws people and fosters a positive atmosphere. Going green at work boosts employees’ overall productivity and creativity while also providing numerous health benefits.

By 2025, there will be over 41.6 billion linked devices as the adoption of IoT-connected devices continues to grow. These devices are of great help to the organizations as they enhance the connectivity between linked electronic devices and save time for the employees making it more comfortable to work in.

Facilities managers are already using smart building technologies to improve employees’ comfort and energy efficiency, manage building assets, and make plans for future needs. Examples include security, asset tracking, integrated facility management, etc.

Teams of a dozen people might have gathered in the same room on a weekly basis just two years ago. Meetings that take place entirely in person are now far less frequent as work is distributed across more time zones and regions.

This calls for more strategic space management and a reevaluation of how much office space facilities managers actually require. Additionally, they must spend money on technology that facilitates hybrid collaboration. Over the previous few years, these tendencies have been forming steadily, and in 2022, they will reach their peak. There is a bigger emphasis on employee wellbeing and bringing people together in new ways in practically every facet of facilities management.

Apollo Facility Management Services has been in the industry for over 2 decades having 2500+ employees and over 100 million sq. ft. space managed by us.

Our entire workforce has been trained for increased efficiency, professional development, and performance improvement. Our workforce is dedicated to perfection, as we know facility management is required by every organization for efficient resource allocation and improved productivity.

We offer a range of facility management services constituting soft services( Cleaning & sanitizing, housekeeping services, pest control, landscaping, front office management, pantry services, front desk support, payroll management, etc.) and engineering services ( Electromechanical services, plumbing, HVAC) to meet the requirements of our clients.

The soft service provided by our team is more cost-effective than the internal team. Our workforce has a fresh viewpoint on the typical services and possesses the right knowledge to deliver soft services. We also have acquired the relevant types of equipment and tools required for providing the necessary services.

House Keeping Services at BSR Tech Park, Hyderabad with a total manpower of 11.

House-keeping Services at Prathima Group Pristine Estate, Hyderabad with a total manpower of 5

To know more about the services we provide, do reach us out at www.apollofms.in

In the global quest for sustainability, renewable energy sources like solar and wind power have emerged as beacons of hope, illuminating a path towards cleaner, greener futures. However, despite their undeniable benefits, these sources alone cannot fully bridge the energy gap. While solar and wind power continue to gain acceptance worldwide, their intermittent nature poses challenges in meeting the consistent energy demands of industries. Recognizing this gap, many sectors still rely on diesel generators as a primary backup and power supply option. However, the environmental implications of diesel usage cannot be ignored.

To address these concerns, regulatory bodies like the Central Pollution Control Board (CPCB) have prioritized upgrading systems to control pollution. Simultaneously, governments are actively encouraging the adoption of greener energy alternatives, such as biofuels, natural gas, or dual-system generators.

Among these alternatives, MTU gas generators stand out as a sustainable solution with numerous advantages. Compared to diesel generators, MTU gas generators produce fewer emissions, making them environmentally friendly choices. Additionally, they operate with less noise, offering quieter and more pleasant working environments for industries.

As the government expands its pipeline infrastructure, the case for choosing gas generators becomes even more compelling. With pipelines in place, concerns regarding storage space and management are alleviated, providing a hassle-free energy solution for industries.

By embracing gas generators, industries can reduce their carbon footprint while ensuring uninterrupted power supply.

In conclusion, the shift towards cleaner energy sources is reshaping the industrial landscape, with gas generators emerging as one of the key players in this transition. As the demand for sustainability grows, investing in gas generator technology becomes not only a strategic decision but also a responsible one. With government support, expanding pipeline infrastructure, and a focus on environmental stewardship, now is the time for industries to make the switch to gas generators and pave the way for a greener future.

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.