reblog

When the sun is blazing on top of your head on a hot summer day and you are travelling in a car, then there should be solar control films on the windows of the car. If you have got it on the ones of your car, then you will not have to bake in the heat, as the heat entering inside the car can be controlled with ease. 

In this blog, you will come to know about the advantages of a solar control film for an automobile.

Protecting from Harmful UV Rays

UV rays cause harm to living and non-living things. These can easily penetrate the glass windows, if there are no solar control films. These prevent the harmful rays from reaching the inside of the car. They provide protection from excessive sunlight while guaranteeing higher visual transparency.

Providing Enhanced Security to the Passengers

If you have got a solar control film on the windows of the car, it does much more than just protecting from the harmful UV rays. These films can prevent the shattering of the glass, when an object hits it. When a car is met with an accident, glass will not fly here and there, preventing injuries to the people, who are inside the car. Not only this, it will not be easy for muggers to break the glass, that has got the solar control film on it, and get glass and get inside the car.

Avoiding the Prying Eyes

 Privacy is important for everyone, and why compromise with the same, when you are driving the car or just inside the car. Solar control films not just prevent you from the wrath of excessive sunlight and harmful rays, but also keeps your privacy intact, when you are inside a car. People on the road will not be able to see through these films, and you are free from the feeling that you are looked at by the outsiders.

Save Much Energy

When the solar control films are there on the windows of your car, it will protect tour car from baking in the sun. This is an efficient thermal insulator, i.e. it blocks heat from entering into the car. If there is not much heat inside the car, there will be less need to switch on the air conditioner of the car, and so it will lead to less consumption of fuel or battery. Leading to a considerable amount of energy savings. 

Provides an Aesthetic Appeal to the Vehicle

It is not all about saving you from heat and ultraviolet radiations, and providing safety and privacy, but the windows can be personalized according to your taste and preferences. There are three types of solar control films, clear, vacuum, and dyed. You can get the one of your choices and give an aesthetic appeal to your car.  

Because of the fact that, solar control films are not only used in the automobiles, but also in homes and offices, for protecting people from excessive heat and solar radiations. The demand for these films is on the rise and will reach a value of USD 1,283.86 million by the end of this decade.
 

As per a report by P&S Intelligence, a renowned market research firm, the Philippines DG set market will reach USD 245.2 million, growing at a 5.4% CAGR, by 2030. 

The growth in the industry is primarily credited to the increasing construction and industrial industry, which are driving the requirement for electricity.

The Philippines diesel generator set industry has an optimistic future, as the requirement and production are expected to rise in the years to come. Initiatives by the government to promote the telecom industry and the regular outages of power in the nation are helping the growth of the industry.

For example, a telecommunication services provider in the Philippines named Globe Telecom enlarged its 5G network in 2021. Furthermore, it has accomplished the upgradation of the site of its 3G legacy network to 4G LTE in the major cities on the Mindanao and Visayas islands, along with increasing its coverage of 5G in these areas.

The diesel generator set industry in the Philippines is also advancing at a decent pace due to the focus of the national government on attracting foreign direct investments. The nation has established economic zones to attract abroad firms and support them to establish production facilities. 

Moreover, there is a high electricity demand in the nation because of the regular outages of power, mostly because of natural disasters, such as typhoons, droughts, and floods. Generally, 20 storms and typhoons batter the Philippines every year apart from the seasonal rains in monsoons.

For example, Typhoon Odette hit Manila in December 2021, disrupting the supply of electricity, which triggered huge inconvenience to the people. This type of event continues to increase the requirement for diesel gensets in the nation, therefore providing several opportunities to the producer and distributor of such equipment.

Based on sales volume, in the past, the 76–375 kVA category accounted for the largest revenue share in the Philippines DG set market, at over 40%. This is primarily ascribed to the high requirement for these types in telecom towers, small industries, restaurants, hotels, and commercial complexes.

Based on application, the industrial gensets generated the largest revenue share in the industry of the Philippines diesel generator set, of over 40%, in 2021. This is ascribed to the government's engagement in numerous industrial projects.

The key trend witnessed in the industry is the launches of products and acquisitions by the major industry player to gain a competitive edge.
 

The South African DG set market is projected to be worth USD 159,129.0 thousand by 2030, growing at a CAGR of 3.9%, according to P&S Intelligence. This growth can be ascribed to the high demand for medium- and high-power diesel gensets from the commercial industry and the development in the construction and manufacturing sectors.

The development in such industries is because of the macroeconomic growth, surge in capital investments by private and public-private companies, and government support and steps to boost foreign and domestic expenditure in numerous sectors.

Key areas aiding South Africa's economy comprise financial, well-developed legal, and transport sectors, and also an open trade rule and a comparatively robust domestic industry. 

Furthermore, steps of the government regarding the construction of healthcare infrastructure and health and wellness centers, the establishment of business hubs, the power industry rebound, and industries are boosting the requirement for a continuous electricity supply.

Furthermore, substantial loss of power and unsuitable distribution channel frequently causes electricity failure in the nation. In order to counter the electricity cuts, retail shops, households, and commercial workplaces are utilizing diesel gensets with an energy rating of 15–75 kVA.

It is projected that the DG set industry in South Africa will grow significantly in the coming few years, credited to the growing requirement for power, because of government steps like Vision 2025, National Transport Master Plan 2050, and National Development Plan (NDP) 2030. Furthermore, the nation performs well in terms of trade services and logistics, and transport infrastructure.

On the basis of sales, in recent years, the commercial category dominated the market with a share of over 46%. This can be credited to the high-volume need for DG sets in this industry, because of the quick growth of transportation (rail and road) infrastructures, retail outlets, restaurants, malls, and telecom towers, in the nation.

Hence, the high demand for medium- and high-power diesel gensets from the commercial industry and the development in the construction and manufacturing sectors are the major factors propelling the South African DG set market. 
 

In simple words, the contemporary world as we know it would not be thinkable without batteries. From life-supporting devices like pacemakers to cellphones, batteries energize the several compact electronic devices all around you.

They have also discovered working in the past few years in electric vehicles and are touted as a "silver bullet" for the future of renewable power storage systems. They offer an easy and portable source of electrical power, permitting us to stay connected, and work efficiently, and can make a more supportable future possible when recharged with renewable power.

The battery technology market is witnessing development and is projected to reach USD 176.92 billion by 2030.

The Basics of Batteries:

Let's gain some basic knowledge regarding batteries. Batteries are power storage devices that change chemical power into electrical power. The most popular kind you encounter every day is the lithium-ion battery, popular for its high-power density and rechargeability. It is the powerhouse behind your devices and electric vehicles.

A Brief History Lesson:

Batteries are not a recent discovery. Alessandro Volta, an Italian physicist, made the first chemical battery in the early 19th century. It was known as the Voltaic Pile, made from alternating discs of copper and zinc and copper detached by cardboard saturated in salt water. Fast forward to today, and we've come a long way.

The Evolution of Battery Technology:

In the past few years, battery tech has changed significantly. We have witnessed improvements in materials, such as shifting from lead-acid to lithium-ion, which carried lighter and more effective batteries. Nowadays, academics are discovering solid-state batteries and other pioneering tech to make batteries secure, more powerful, and eco-friendly.

The Green Revolution:

As the world grapples with ecological worries, batteries play an important role in the shift towards renewable power. Battery storage permits us to use solar and wind power, loading it for when the sun is not shining or the wind is not blowing. This makes the path for a greener, more sustainable future.

Electric Vehicles (EVs):

One of the most thrilling workings of battery tech is in EVs. EVs are becoming progressively popular, thanks to enhancements in battery capacity and charging infrastructure. They are not just ecological; they are also extremely fun to drive!

In the coming few years, it is estimated that the increasing acceptance of EVs among customers will quicken the utilization of lithium-ion batteries, as they are an eco-friendlier substitute to orthodox fuels.

China is known as the world's topmost manufacturer of EVs. This is due to the demand for electric vehicles being more compared to other nations, as a result of increasing government steps in order to encourage the utilization of EVs.

Battery tech is an exciting field with a bright future. From your mobile phone to the worldwide shift toward clean power, batteries are at the heart of it all. As tech endures to progress, expect even more thrilling growths in the field of batteries. So, next time you plug in your device or hop into an electric vehicle, remember the extraordinary journey of these little powerhouses!

The global lithium iron phosphate batteries market will touch USD 35,195 million, propelling at a 13.40% compound annual growth rate, by 2030. This growth can be ascribed to the increasing manufacturing automation space, growing demand for LFP batteries in the automotive industry mainly in electric vehicles, and pioneering advances in lightweight materials. Furthermore, in this decade, substantial development has been done in battery power storage tech, resulting in a surge in power density and a price deduction of around 85% for battery packs.

In 2022, the portable category dominated the market with a larger revenue share of more than 60%. This can be credited to the increasing acceptance of EVs, HEVs, and PHEVs. Businesses that offer electric vehicle charging infrastructure solutions are emerging a portable charger that can charge electric vehicles rapidly on the go, alike to the power bank that is accepted by smartphones. The regular AC/DC chargers that call for lugging electric vehicles to charging stations are significantly slower than these portable ones.

In 2022, the high voltage category held the largest revenue share. The load on the automotive sector to invent and make solutions that entice a broader audience is boosting the trend toward the acceptance of high-voltage batteries. As these batteries have a faster rate of discharge, they should, in theory, be better matched for use in equipment that requires a lot of energy in a short period of time.

Furthermore, high-voltage batteries are light in weight than regular batteries of the same size and have an advanced discharge platform. Overall, the extra voltage slightly augments appliance performance. The power density of such batteries is similarly very high. 

In 2022, the automotive category had the largest revenue share, of above 34%. This can be credited to the rising use of electric vehicles as a result of helpful government guidelines, as the need for lithium ferrous phosphate batteries in the automotive industry majorly in electric vehicles is growing. Numerous electric vehicle aid guidelines have been executed in recent years in numerous nations, which surge the adoption of numerous electric car models.

In 2022, The APAC lithium iron phosphate batteries industry had the largest revenue share, at approximately 49%. This is mainly because of the growth pertaining to electric vehicle charging infrastructure in Japan, China, and India. China has made substantial improvements; 65% of all public electric vehicle charging stations globally are situated in China, while the mainstream of the rest of the world is still employed to construct the infrastructure needed to aid expected future EV usage.

Hence, the increasing manufacturing automation space, growing demand for LFP batteries in the automotive industry mainly in electric vehicles, and pioneering advances in lightweight materials are the major factors propelling the lithium iron phosphate batteries market.