EV Charging Stations: Understanding the Differences Between Level 1, Level 2, and DC Charging

As of 2021, there were nearly 1.8 million publicly accessible chargers worldwide, but just one-third of those are what is considered “fast chargers,” or DC chargers. Most EV charging currently takes place at residences and workplaces, where drivers generally have access to slower, Level 1 chargers.

The disconnect between what EV drivers need to drive longer distances, and what they have access to currently, presents an interesting opportunity for the business community. Developers and other business leaders who can find ways to build EV charging stations on their properties stand to reap significant financial benefits in the years ahead.

EV Charging Basics

When planning an EV charging station, it’s important to understand the different levels of charging available: Level 1, Level 2, and DC fast charging. Each level offers different charging speeds and requires different equipment, so it’s essential to know the differences.

Level 1 Charging

This charging level is ideal for workplaces, residential areas, and other locations where vehicles will be parked for an extended period. Level 1 charging is also the least expensive option because it requires minimal infrastructure.

Level 2 Charging

Level 2 chargers require a 240-volt power supply and can provide up to 25 miles of range per hour of charging time, depending on the vehicle. This charging level is ideal for drivers who need to charge their vehicles for a few hours while they run errands or do other activities.

Level 2 chargers are more expensive to purchase than Level 1 chargers, but they’re still relatively affordable and easy to install with the help of an electrical engineer.

DC Fast Charging

DC fast charging is an essential charging level to include in charging infrastructure, but it’s also the most complex to set up. To install a DC fast charger, developers must consult with an electrical engineer firm. Lentoids Energy Technology regularly works with companies building EV charging stations and offers assistance throughout the planning and installation process.

Although it’s generally understood that installing a DC fast charger is harder than a Level 1 or Level 2 charger, most people don’t understand why that is. The reason is because DC fast chargers require a higher voltage and amperage than Level 1 or Level 2 chargers. As a result, DC fast chargers need to be hardwired into the electrical panel, which can be a more complicated process than simply plugging in a Level 1 or Level 2 charger.

In addition, DC fast chargers are typically more expensive than Level 1 or Level 2 chargers. They require more complex electronics and they need to be able to handle the higher voltage and amperage.

If you are considering installing a DC fast charger, be sure to consult with a qualified electrical engineer to make sure that it is installed correctly and safely.

Tax Incentives for Installing EV Charging Stations

One of the most significant tax incentives for building EV charging stations currently is the Alternative Fuel Infrastructure Tax Credit, which provides a tax credit of up to 30% of the cost of the charging station installation, up to a maximum of $30,000. This tax credit is available to both individuals and businesses that install charging stations, and it applies to Level 2 and DC fast charging stations. To receive the credit, a charging station must be installed for use by the general public, and it must be capable of recharging an electric vehicle with a battery capacity of at least 4 kilowatt-hours.

In addition to the Alternative Fuel Infrastructure Tax Credit, businesses may also be eligible for other tax incentives and grants at the state and local levels.

Some states offer rebates or tax credits for installing EV charging stations, while others offer grants to help cover the cost of installation. These credits can be a significant financial benefit, and they can help to offset the cost of installing a charging station. A growing number of local municipalities are also offering rebates and other incentives to businesses that install EV charging stations, including waived permitting fees, expedited permitting, and other forms of assistance.

If you are a business owner who is considering installing an EV charging station, be sure to check with an engineering firm like KMB, which specializes in EV charging, to see what incentives are available. Financial incentives can make the cost of installing a charging station more affordable.

It’s important to note that tax incentives and grants for EV charging stations can vary depending on the location and the specific program. It’s recommended that developers consult with tax professionals and check with their state and local authorities to determine what incentives and grants are available.

EV Charging Benefits Businesses

In addition to attracting and retaining customers, commercial EV charging stations can also help businesses save money on energy costs. EVs are much more efficient than gas-powered cars, and they use less energy to charge. This means that businesses that install commercial EV charging stations can save money on their energy bills.

EV Charging: Key Takeaways

Tax incentives for building EV charging stations vary depending on the type of charger and the charging level that a developer installs. Because of this, it’s essential to research the available incentives and consult with an engineering firm that specializes in EV charging to take advantage of these incentives.

Lentoids Energy Technology is a full-service engineering firm with years of experience in the EV space. Our in-house team of electrical, civil, and structural engineers provide coordinated expertise to ensure clients are able to plan and deploy their electric vehicle charging (EVC) stations from start to finish.

For assistance and guidance on how to get your project off the ground, contact Lentoids Energy Technology at +1 (661) 335-6345.

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With the number of electric vehicles (EVs) on the road growing rapidly, more businesses are looking to install EV charging stations as a way to take advantage of under-utilized property and better accommodate their customers and employees.

Sales of EVs in the United States rose by two-thirds last year, now comprising 5.8% of all new vehicles sold. With the expectation that EV sales will increase even further in 2023, more companies are seeing the potentially lucrative opportunity to install EV charging stations on their properties.

Installing a commercial EV charging station can be a complex process, but it can be a valuable investment for businesses of all sizes. Here’s a bit more about what to expect during the installation.

What to Consider Before Installing an EV Charging Station

Level 2 chargers are the most common type of charger and can provide up to 7kW of power. DC fast chargers are faster than Level 2 chargers, but they are also more expensive to install and maintain.

Installing a commercial EV charging station can be a complex process that requires specialized knowledge and experience, which is why most organizations will consult with an electrical engineering firm like Lentoids Energy Technology when planning the installation of a commercial EV charging station.

Electrical engineering firms have deep knowledge of all electrical systems, and they can help design and install a charging station that not only meets your power requirements, but is also safe and efficient. Electrical engineers are trained to help navigate regulatory and permitting requirements, as well.

At Lentoids Energy Technology, we help our clients choose the right charging deployment strategy and develop plans for connecting their charging stations to the power supply.

Site Selection & Power for EV Charging Stations

It’s important to work with your professionals on site selection to ensure that your deployment strategy is capable of being supported by the power company and if not start the process early to obtain the new service or an service upgrade to meet your power needs.

Power Requirements

A charging station’s specific power requirements will depend on the type of charging station and the level of charging. Currently, there are three main levels of charging: Level 1, Level 2, and DC fast charging.

Level 1 charging requires a standard 120-volt outlet and provides a charging rate of about 4 to 5 miles of range per hour.

Level 2 charging requires a 240-volt outlet and provides a charging rate of about 10 to 20 miles of range per hour.

DC fast chargers (DCFCs) are the fastest available chargers, which make them the ideal choice for convenience store locations where the time for stopping and shopping may be limited. A DCFC converts AC power to DC, with the charger sending power directly to the EV battery for charging. This allows for higher and faster charging rates.

Currently, most EVs don’t charge faster than 30 miles per hour. DCFC conversion is limited only by the equipment rating and the amount of power available from the utility or the primary power source. Despite the power output, power limits are still determined by the EV itself. For example, if an EV has a 50kW acceptance rate and is connected to a 150kW DCFC, the EV will still only charge at 50kW.

Newer EVs are accepting charge rates that exceed 180kW, with some EVs going up to 350kW. It’s important to work with an electrical engineer to ensure that the power supply at the site can support the charging station’s overall power needs, as well as the heightened demands of newer EVs.

Permits and Regulations

After choosing a location for the charger and determining the right power requirements, you’ll need to get the necessary permits and approvals to move forward with the project. The requirements for permits and approvals for a commercial EV charging station will vary depending on the location of the charger. Local government offices can provide detailed information about what is required in a specific area. In addition to obtaining the right permits from local authorities, companies will need to comply with building codes, and meet any environmental or safety regulations.

If researching the requirements for a specific location and obtaining the necessary approvals feels overwhelming, an engineering firm like Lentoids Energy Technology can help expedite the process and take those hassles off your plate.

Applying for State and Federal Grants

Multiple states are in the process of enacting measures to discourage the sale of gasoline-powered cars and light trucks, including California, which has taken the lead in banning the sale of new gasoline-powered cars and light trucks by 2035. Several other states, including Massachusetts, Washington, and New York, are looking into similar measures.

As these measures roll out, states are offering incentives for installing commercial EV charging stations. For example, the Infrastructure Investment and Jobs Act (IIJA/NEVI) includes a program that will spread out $5.4 billion across all 50 states during the next five years to help those states create a network of EV charging stations.

California is also expecting to receive $384 million of federal funding from the National Electric Vehicle Infrastructure Program to install fast-charging stations along freeways and interstates. Businesses that agree to aid in the state’s efforts by installing their own commercial EV charging stations stand to reap significant financial benefits in the years ahead.

What to Expect During the Installation Process

Once you have the necessary permits and approvals, you can move forward with installation.

The installation process for a commercial EV charging station typically involves several key steps. Once a site has been selected and evaluated to ensure it’s suitable for a charging station, the power requirements for the charging station must be determined and any necessary upgrades to the electrical system must be made. From there, the charging equipment can be installed and connected to the power supply. Charging stations must be tested and commissioned to ensure they are operating properly.

Throughout the process, it is important to work with experienced engineering professionals who can provide guidance and support to ensure that the EV charging station is installed safely and efficiently.

Maintaining Your EV Charging Station

It’s easy to forget about the ongoing maintenance and upkeep that’s involved in running an EV charging station.

Like any piece of equipment, commercial EV charging stations require regular maintenance to ensure they are operating safely and efficiently. This may include cleaning, inspections, and repairs. A maintenance schedule must be established, and qualified technicians should be hired to keep the charging station in good working order.

Conclusion

Installing a commercial EV charging station can be a complex process, but it can also be a valuable investment. By selecting the right site, determining the power requirements, complying with regulations, selecting and installing the right equipment, and maintaining the charging station, you can ensure that your commercial EV charging station provides a reliable and convenient charging solution for EV owners.

Lentoids Energy Technology is a full-service engineering firm with years of experience in the EV space. Our in-house team of electrical, civil, and structural engineers provide coordinated expertise to ensure clients can plan and deploy electric vehicle charging (EVC) stations from start to finish. For assistance and guidance on how to get your project off the ground, contact Lentoids Energy Technology at +1 (661) 335-6345.

The post Your 2023 Guide To Installing A Commercial EV Charging Station appeared first on Lentoids Energy Technology .

How 5G Will Benefit Companies and Cities

As 5G technology becomes more widely available, its benefits are being felt across a range of industries. One area that’s seeing particularly strong gains from the rollout of 5G is the business-to-business (B2B) sector, where companies are leveraging the power of 5G to create new opportunities for growth and innovation.

The fifth generation of wireless technology, 5G, is poised to revolutionize the way we live and work. With its increased speed, reliability, and capacity, 5G will enable new and innovative applications that were not possible with previous generations of wireless technology.

At its core, 5G is all about speed and reliability. With data speeds that are up to 100 times faster than 4G, 5G networks allow businesses to transfer and process vast amounts of data in real-time, opening up new possibilities for innovation and automation. This is particularly relevant for businesses and cities that rely on high-speed connectivity to run critical operations, such as logistics and supply chain management.

Key Benefits of 5G for Business

One of the biggest benefits of 5G for businesses is its ability to enable a range of new technologies, such as the Internet of Things (IoT) and artificial intelligence (AI). These technologies are dependent on fast, reliable data transfer and low-latency connections, both of which are made possible by 5G.

By deploying IoT sensors and devices across their operations, businesses can gather real-time data on everything from inventory levels to machine performance, allowing them to optimize their operations and improve efficiency.

Additional benefits that many businesses will notice during the 5G rollout include:

Increased Productivity

5G will enable companies to deploy new applications and services that will improve productivity. For example, 5G-enabled robots will soon be used to automate tasks in warehouses and factories, freeing up human workers to focus on more creative and strategic work.

Improved Customer Experience

5G will enable organizations to provide a better customer experience by offering faster and more reliable wireless connections. 5G-enabled smartphones are already being used to stream high-definition video without buffering, and 5G-enabled retail stores will soon be able to use augmented reality to help customers visualize products in their homes.

New Business Opportunities

5G is expected to open up new business opportunities for companies that are able to develop innovative applications and services that take advantage of 5G’s capabilities. For example, 5G-enabled drones can be used for delivery, inspection, and security, and 5G-enabled virtual reality tools can be used for training and education.

Automation

5G can enable new levels of automation, particularly in areas like manufacturing and logistics. By connecting machines and vehicles with 5G networks, businesses can create more efficient and automated processes, reducing the need for manual intervention and increasing productivity. Self-driving vehicles and drones that use 5G to navigate and communicate with each other could become commonplace, enabling more efficient and safer logistics operations.

5G Benefits for Cities

Cities are also seeing significant benefits from the rollout of 5G networks. According to a report by Qualcomm, 5G is expected to enable $13.2 trillion in global economic output by 2035. This will be driven by the widespread adoption of 5G across a range of industries and in communities throughout the U.S. and abroad.

By providing high-speed connectivity to citizens and businesses, 5G is helping to drive economic growth and innovation in urban areas, in particular. For example, 5G networks are enabling “smart cities” initiatives, which use IoT sensors and other technologies to improve everything from traffic management to public safety.

5G networks are helping to bridge the digital divide by providing high-speed connectivity to underserved areas. This is particularly important in rural communities, where traditional broadband networks are still not available. By rolling out high-speed connectivity to these areas, 5G telecom engineering firms like Lentoids Energy Technology are helping to create new economic opportunities and improve the quality of life for residents.

Additional benefits for cities include:

Improved Traffic Management

5G-enabled sensors can be used to collect real-time data about traffic conditions, which can improve traffic flow and reduce congestion.

Enhanced Public Safety

5G-enabled cameras and sensors are used to improve public safety by providing real-time information about crime and other incidents to police.

Smarter City Infrastructure

5G can be used to connect and control smart city infrastructure, such as traffic lights, streetlights, and water meters. This can improve the efficiency and sustainability of city operations.

Transforming Cities with 5G

One of the most significant ways that 5G is transforming communities is by making it possible to connect more people to the internet. In many parts of the world, including here in the U.S., broadband access is still limited. This can make it difficult for people to participate in the digital economy. 5G helps to bridge the digital divide by making it possible to provide broadband access to more people, regardless of their physical location.

In addition to connecting more people to the internet, wireless telecom engineering firms like KMB are also using 5G to connect more devices to the internet. This is leading to the development of new and innovative applications that take advantage of the connectivity of 5G. For example, 5G-enabled drones can be used for delivery, inspection, and security, and 5G-enabled virtual reality can be used for training and education.

As 5G networks continue to roll out, we can expect to see even more ways that this technology is transforming communities. 5G has the potential to make our cities more connected, more efficient, and more sustainable. It is a technology that has the power to change the world, and we are only just beginning to see its potential.

Business Leaders Respond to 5G Rollout

The rollout of 5G is one of the most anticipated technological advancements in recent years. With its promise of faster speeds, lower latency, and increased capacity, 5G has the potential to revolutionize the way we live and work.

Corporate executives are taking notice of the potential of 5G. A survey by Deloitte found that 79% of business leaders believe that 5G will have a significant impact on their company’s operations.

Deloitte’s survey also found that business leaders are optimistic about the potential of 5G, and 59% of companies are planning to invest in the technology in the coming years.

Key Takeaways

The benefits of 5G for companies and cities are clear. With its speed, reliability, and ability to enable new technologies, 5G is unlocking new opportunities for growth and innovation across a range of industries. As more businesses and cities invest in 5G networks, we can expect to see even greater gains in productivity, efficiency, and economic growth in the years to come.

5G is still in its early stages of development, but community leaders and business leaders who are able to adopt 5G early will be well-positioned to reap the benefits of this new technology.

Lentoids Energy Technology is a full-service telecom engineering firm that has provided small cell design consultation on over 18,000 small cell projects nationwide. Our in-house team covers site acquisition, design, structural, traffic engineering, permitting and custom design services for telecom projects to meet the varying requirements of each municipality. For assistance and guidance on how to get your project off the ground, contact us at +1 (661) 335-6345.

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Small Cell Installations & Helical Piles

Technician installing foundation of solar panel with helical piles. Engineer setting frame fo photovoltaic panels.

In the world of wireless telecommunications and small cell deployment, you might come across the use of helical pile foundations. These are nothing new and were invented in the 1830s by an Irish Engineer, Alexander Mitchell. He was a civil engineer and developed the design to stabilize structures built in coastal sands. Since then the technology has advanced and the use of helical piles for foundations is common practice.

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According to a report last year, Global Telecoms – Key Trends for 2020 – 5G, Mobile Satellite and Fixed Broadband, “The global telecoms sector is “heavily focused on 5G along with the infrastructure to support this evolution, including fixed broadband and mobile satellite. Interesting advancements are also expected regarding the underlying trends of IoT; M2M; Cloud Computing; Data Centres and Artificial Intelligence.”

5 Reasons to Upgrade Telecom Infrastructure

Modern telecom technology is the driving force behind digital transformation that can lead to new and stronger business opportunities. Here are five reasons why upgrading your telecom infrastructure now makes good operational and business sense for the future health of your company.

1. Increased Bandwidth

The demand for bandwidth is at an all-time high, but older networks simply weren’t built to support today’s technology demands. The evolution of the Internet of Things, mobile demands, cloud-based applications, and other high-capacity activities continue to drive the need for further bandwidth which can overwhelm outdated infrastructures and slow down speeds significantly. Upgrading to a modernized telecom infrastructure can make a big difference on workforce efficiency by improving the volume of information sent over connections.

And now with fifth generation mobile networks (5G) offering more reliable and higher bandwidth, networks will be able to handle many more connected devices than previous networks. That means no more slow or spotty connectivity on the job. With all of these changes, an updated telecom infrastructure will no longer be considered a luxury, but instead, a necessity, to keep connected and potentially open up new business opportunities.

2. Increased Speed and Capacity

As businesses grow, so too will their need for additional data capabilities. More than ever, employees are likely to multi-task by simultaneously working on their computer, mobile device and fielding calls simultaneously. But, the introduction of new technology can place strain on older infrastructures that then requires additional speed and capacity.

5G technology aims to transform telecom networks with a wealth of benefits such as 100-times faster download speeds and increased network capacity to allow many devices to be connected to the same network efficiently. 5G will offer superior speeds, latency, connections, remote coverage and efficient energy consumption, but infrastructure must be able to supply backhaul capabilities and fulfill the escalating data demands.

A sluggish network performance can slow down and rob any sized company of serious ROI. Organizations who need to gain more ground in speed and capacity will need to accelerate their telecom operations to new levels. Moving to an upgraded network can have a direct impact on operations and enable new capabilities.

3. Reliability

For businesses, a reliable telecom operation is a key component for successful communication within the organization and with customers. From video conferences and cloud-based training to the overall Smart City movement, many businesses today thrive on digital collaboration. As a result, multimedia capabilities have become critical to their communications to tailor products and services to meet customer and employee needs.

Before the pandemic, it was estimated that over 80% of organizations used the cloud in some capacity. In 2020, internet usage shot up by 70%, the use of virtual communication tools rose by 10 times, and online streaming increased by more than 50%, according to several estimates. Some say 2021 is the year that change will begin to take place towards cloud-native networking. However, as data volumes only continue to increase and needs evolve, many outdated infrastructures are not able to keep pace. This not only slows down performance, but can also pose potential security risks.

A telecom infrastructure upgrade can assure organizations have the bandwidth, speed and security protocols necessary to provide the full scope of cloud-based tools, without dropped connections or delays.

4. Security

As 5G unveils more opportunities in industries such as healthcare, government, transport, and manufacturing, it can also expose security vulnerabilities in outdated networks. Risks, such as cloud service downtime, compromised websites, or stolen customer information, not only hit an organization’s bottom line, but also impacts their reputation among customers.

Businesses must ensure they fully secure and replace outdated telecom infrastructure to move away from legacy technology. This will not only meet a wide range of growing data needs but also help mitigate security risks supported with the right infrastructure.

5. Extended Coverage

As a large number of modern establishments and public spaces are offering reliable wireless internet access as part of their value-added service, greater telecom infrastructure solutions are required. From eliminating dead spots in unusual building layouts to overcoming challenging terrains and public safety communication considerations, predictable reliability is an important measure for organizations.

Upgrading telecom infrastructure is a logical step to enhance reliability and extend coverage.

Is Your Outdated Telecom Infrastructure Slowing Business Down?

The demand for bandwidth is at an all-time high. While not all situations can be controlled such as bad weather or network disruptions, a slow connection can lead to slow applications, unhappy customers and ultimately, a decrease in profits.

Is your company beginning to feel the effects of an aging telecom infrastructure?

If so, the time to fix the issue and execute a strategic upgrade is now.

Execute a Strategic Telecom Infrastructure Upgrade with Lentoids Energy Technology

With such large bandwidth demands, competition in every market has never been fiercer. At Lentoids Energy Technology, we understand how important your telecom infrastructure is for providing reliable, secure service, which is why we work with our clients from inception to completion to surpass project goals and heighten customer satisfaction.

Lentoids Energy Technology is a leading provider of engineering technology upgrades and overlay services, that has provided services for AT&T, T-Mobile, Verizon Wireless and Sprint. As a full-service telecom engineering provider licensed in the United States and Europe, we take a systematic approach to develop comprehensive telecom infrastructure solutions to ensure the most economically sound alternatives are presented for each client. We are licensed in 50 states across the USA and are a full service provider covering audit, mapping, structural, A&E and project management services.

Our Mission Statement

 We are committed to achieving the mutual success of our clients, vendors, and staff through engineering excellence, responsiveness, and organized systems.

Contact us to learn more About Lentoids Energy Technology’s telecom infrastructure services that deliver reliable results.

Related 5G telecom infrastructure blogs we think you’ll enjoy:

• Responsive Engineering Company Benefits
• 5G Network Release Date Could Happen A Lot Quicker Than Expected. Are You Ready?
• Key Takeaways from the New Jersey Wireless Deployment Summit
• Putting Common Wireless Telecommunication Concerns At Ease
• Progressive Telecom Services for Educational Institutions

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Many organizations spend a lot of time, money and stress on internal training to ensure staff are delivering results in a timely manner. However, certain projects can pose a challenge for internal resources, going beyond the scope of internal expertise. When you need to complete a project on time and on budget, consider working with a telecommunications engineering company like Lentoids Energy Technology.

When to Outsource Telecommunications Engineering Services

Telecom Specialization

Many telecom projects require a specific skill-set to augment existing work. If you don’t have the necessary in-house technology or expertise to complete such a project, outsourcing can often be the most cost-effective solution. Telecommunications engineering firms can utilize existing knowledge to expedite timelines and minimize mistakes or revisions.

Lentoids Energy Technology has full-time engineers with decades of experience, spanning a variety of industries to meet your design and telecommunication needs. We have designed full networks for conference facilities, airports, hotels and large commercial office buildings.

Future Technology Upgrades

5G is on the horizon. Advances in technology are moving at lightning speed. Many companies are finding it increasingly difficult to keep up. If your organization is ready to embrace new technology, but needs help with upgrading, outsourcing engineering services makes the most sense..

As a leading provider of technology upgrade and overlay services, Lentoids Energy Technology telecom engineering can help your team by identifying the specific designs your business needs and develop customized solutions for your business’ unique requirements.

Resources

Often, organizations find themselves in a position where they are running up against a tight deadline because they don’t have enough resources to complete the project. Delays caused by a lack of manpower, experience or technology internally, can usually be resolved through dedicated engineering services.

No matter how complex or expansive your project is, our team of experts has the telecommunications engineering skills required to ensure a cost-effective, time-sensitive design that meets your deployment unique goals.

Working with a National Telecommunications Engineering Firm Headquartered in New Jersey

Would your company benefit from outsourcing telecommunications engineering services?

The team at Lentoids Energy Technology has been providing comprehensive and high-quality telecom engineering services nationwide since our inception. We specialize in small cell and 5G designs, DAS installations, new build site deployment, rooftop macro sites, technology upgrades, overlays, tower analysis and modifications, public safety, microwave backhaul, backup power solutions and much more.

Lentoids Energy Technology offers comprehensive in-house engineering services to assist clients throughout every stage of their project. As your single point of contact, we are able to provide seamless communication, supportive expertise and help clients save time, money and stress so you can focus on your core business.

Contact Lentoids Energy Technology at +1 (661) 335-6345 to find out more about telecommunication engineering solutions and designs for your next project. Headquartered at6582 Kiowa Road Westminster, CA 92683, Lentoids Energy Technology is licensed in 50 states and in Europe, allowing us to do business both nationally and internationally.

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Find out how bringing on telecom engineering consultants at the right time can actually save you time and money on your next project.

Save Time and Money with Telecom Engineering Consultants

Today, network performance has an impact on almost every aspect of business, regardless of size or industry type. The telecom and networking systems must be at the forefront of the design strategy to ensure the system not only works on day one, but so that it is set up to evolve over the life of the building.

The earlier that telecom engineering consultants are involved in the project design, the more they can contribute to overall cost savings and future design success

Telecom Engineering Consultants Can Help You Strategize for the Future

When you collaborate with reliable telecom engineering consultants, you will have a vast amount of knowledge, experience and a portfolio of telecom services at your fingertips. This will help you prepare for future evolutions, such as 5G.

When brought on early in the design phase, telecom engineering consultants can sit down with the team and cover any “what-if” scenarios. Based on the project requirements, it is easier to identify and resolve issues before the project begins, rather than later in the game when changes become more costly. 

Read More: Telecom 5G Technology Impacting Businesses Today >>

Add Value by Using Telecom Engineering Consultants

Today, most tenants say that technology access is a key selling point. In fact, according to a 2018 study by Wiredscore, 77% of potential tenants said they would either sign a longer lease or sign a lease faster, when assured the building has superior connectivity and a technology infrastructure that would meet their business requirements.

Telecommunication technology infrastructure should no longer be viewed as an isolated or delayed building design element. Every project has its own unique telecom engineering specifications, requiring collaboration from the beginning. It starts with finding trustworthy telecom engineering consultants to develop the best strategy for your organization. 

Selecting the Best Strategy and Telecom Engineering Consultants

As a mid-size telecommunication engineering firm, Lentoids Energy Technology has the advantage of being both financially strong enough to handle large scale projects, and experienced enough to serve a wide range of client needs and project demands. Technology is constantly evolving and demands are always increasing and Lentoids Energy Technology has the bandwidth and experience to keep ahead.

Are you ready to engage telecom engineering consultants for your building project? Let our telecom engineering consultants help you find the right solution for your organization.

Read More: 

Leading Telecom Engineering Company Tackles Today’s Connectivity Challenges >>

Contact Lentoids Energy Technology to learn more about telecom engineering solutions available for your organization.

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Almost. 

For most of the country, 5G is still a few months away. 5G technology companies and regulators are frantically working to get everything in place for nationwide 5G coverage by the first half of 2020. 

Although 5G technology is still a work in progress, analysts expect it to enhance business operations dramatically. Businesses around the country have been gameplanning for ways to implement 5G tech once it becomes available in their location. 

Motivations for 5G Technology Companies

One of the major motivations pushing 5G technology companies to win the race to 5G is the fact that these faster networks will be able to create new economic opportunities. 5G promises faster speeds and reliability, unlocking a new world of innovative capabilities, improving operations and enhancing communications. Whether it’s a university, airport or hospital seeking a faster, more reliable internet solutions, 5G promises to deliver.

But 5G technology capabilities don’t stop there. 

5G networks will make businesses’ pre-existing operations better and faster. More importantly, they will drive innovative applications that businesses haven’t even thought of yet. Unlike in previous generation networks (such as 4G), 5G will open up an entirely new ecosystem of smart business opportunities in a wide range of industries, including retail, healthcare, hospitality, entertainment, manufacturing and more. From high resolution video and virtual reality to remote medicine and self-driving cars, the possibilities are endless. 

It could take years before we realize the full potential that 5G could bring.

From efficiency in operations and productivity, to accelerated business growth and unveiling emerging industries, 5G technology is opening the door to the future.

Read More: Telecom 5G Technology Impacting Businesses Today >>

What 5G Technology Companies Are Leading the Race?

According to PCmag.com’s “Race to 5G” counter which combines speed, devices, and coverage, T-Mobile sits in the lead as of January 2020 because of their massive coverage. Verizon comes in second place due to their speed; AT&T and Sprint bring up the rear currently.

Start Planning for 5G 

In order to reap the benefits of 5G, businesses in all industries must be prepared. This includes strategic planning, as well as budgeting for the investment of 5G-ready equipment. Most organizations will need infrastructure improvements, such as adding new small cell antennas onto established cell towers, utility poles, or buildings. Working with 5G engineers will help position companies for future opportunities to utilize automation and artificial intelligence, while creating a 5G strategy that supports business goals.

To find out more about engineering services for 5G technology and to make sure your business is 5G ready contact Lentoids Energy Technology,.

Read More: 

Leading Telecom Engineering Company Tackles Today’s Connectivity Challenges >>

Understanding What 5G Infrastructure Means >>

Contact Lentoids Energy Technology to learn more about small cell and 5G solutions available for your organization.

The post The Race for Speed Among 5G Technology Companies appeared first on Lentoids Energy Technology .

Fueling Market Growth for Small Cells

According to an Allied Market Research report titled, “Small Cell 5G Network Market by Component (Solution and Service), Radio Technology (Standalone and Non-standalone), Frequency Band (Low-band, Mid-band, and Millimeter Wave), Cell Type (Femtocells, Picocells, and Microcells), and Application (Indoor Application and Outdoor Application): Global Opportunity Analysis and Industry Forecast, 2019-2026,” the global Small Cell 5G Network industry is projected to reach $6.87 billion by 2026 (in 2018, it accounted for just $344 million), registering a CAGR of 45.3% from 2019 to 2026. 

“Factors such as increase in network densification, increase in mobile data traffic and emergence of Citizens Broadband Radio Service (CBRS) band are driving the growth of the market. In addition, an increased investment in 5G infrastructure by numerous countries fuels the market growth.”

Importance of Small Cells Increases with 5G Evolution

The role of small cells is becoming more vital with every “G” evolution. Small cells are small base stations (about the size of a pizza box) that contain lower power radios and antennas with short range wireless transmission systems. They add density to a cellular network to boost range and help carriers ensure adequate service quality for the network by covering a small geographical area or indoor space. 

Even though 5G will feature a higher transmission speed than 4G, transmission range for 5G is smaller, which makes the installation of small cells a key factor for 5G coverage expansion. 

Responding to the 5G Evolution with Innovation

Small cells are the building blocks to 5G, but it’s important to note that 5G is not a fixed standard. In fact, 5G is more likely to evolve and change over time, just as 4G followed a similar evolution. 

From “co-locating” on an existing tower or short roof tops to installing new telephone poles, every organization has their own concerns. Through careful consideration and working collaboratively with key stakeholders, Lentoids Energy Technology innovates solutions to quickly, efficiently and aesthetically solve small cell installation concerns, while still enabling 5G evolution.

Leading 5G Small Cell Company to Support 5G Evolution

Lentoids Energy Technology is a leading 5G small cell company. We have deployed over 550 polygons (small cell groupings) nationwide. Our innovative engineering solutions set us apart. Whether you have questions on how to get started, or need help with the permitting process, Lentoids Energy Technology can help with all of your small cell and 5G needs. 

Contact us to learn more About Lentoids Energy Technology’s small cell engineering consulting services.

Read more: OSP Engineers Offer Insights on 5G’s Impact on Businesses

Read more: Preparing for 5G Small Cell Deployment

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