Latest news with #PoE-enabled
Time Business News
23-07-2025
- Automotive
- Time Business News
How PoE Renewable Energy Solutions Support Solar-Powered Charging Stations
Statista projects that, by the end of 2025, the global electric vehicle market will reach $800 billion (US) in value with a projected annual growth rate of 6%. While China remains the world's primary market for electric vehicle (EV) sales, other regions are likely to experience growth as consumers become increasingly concerned about carbon emissions and gain a better understanding of EVs and their benefits. The primary obstacles to widespread acceptance of EV technology are higher purchase prices and a lack of charging stations. While vehicle pricing is up to the manufacturers, charging station infrastructure development requires private and public funding. Urban and suburban areas should strive to provide sufficient volume to sustain a viable business model. Rural spaces, such as the plains of Kansas and Nebraska, may lack the volume to justify private investment, necessitating public funds to ensure a comprehensive US network. Because conventional charging stations draw power from existing utility grids, energy costs and availability may vary. As the American market grows, EVs will demand more energy, which could overload the local grid, especially in areas with aging infrastructure. In less populated regions, drawing power from local grids may be difficult and possibly cost-prohibitive. Combining solar power with Power over Ethernet (PoE) renewable energy technology is an effective way to drive the development of self-powered charging stations nationwide. PoE technology enables the transmission of both electrical power and data over a single Ethernet cable. Sending power and data over one wire eliminates the need for a separate power supply for PoE-enabled devices. The Institute of Electrical and Electronics Engineers (IEEE) Electrical and Electronics Engineers (IEEE) working groups develop standards that ensure compatibility among PoE devices. The following standards have been released: IEEE 802.3af supports up to 15.4 watts of power output. supports up to 15.4 watts of power output. IEEE 802.3at defines power outputs up to 30 watts. defines power outputs up to 30 watts. IEEE 802.3bt Type 3 supports up to 60 watts of power. Type 3 supports up to 60 watts of power. IEEE 802.3bt Type 4 has a maximum power output of 100 watts. The IEEE continues to work on standards to support more power and data. A Renewable Power Managed Ethernet Switch, such as Planet's BSP-360 switch, connects to a renewable energy source, a storage battery, and a charging station. The switch receives DC current, ranging from 24V to 45V, from energy sources such as solar panels. Any energy gathered by these sources can be used to power the managed PoE switch or be stored in a lithium or lead-acid battery. The PoE switch can then power any PoE-enabled device, eliminating the need for an additional power source. By leveraging PoE-enabled renewable energy solutions, Kansas can utilize its, on average, 230 sunny days to great use, powering charging stations across the Great Plains. Commercial EV charging stations typically offer two charging levels: Level 1 adds a range of approximately four to five miles per hour of charging using a 120-volt outlet. adds a range of approximately four to five miles per hour of charging using a 120-volt outlet. Level 2 adds a range of approximately ten to twenty miles per hour of charging using a 240-volt outlet. A third option is available for DC fast charging. It requires a commercial-grade power supply of 480 volts or higher with dedicated circuits. The charging rates at each station determine the power capacity needed from the PoE power source. The IECC's 2024 EV standards outline charging infrastructure specifications, including load and capacity requirements. In addition to power requirements, US charging stations must consider the following standards and regulations: The National Electrical Code outlines design and inspection requirements to ensure compliance with safety standards. Open Charge Point Protocol (OCPP) is a negotiating protocol between EV applications and charging stations. First published in 2009, OCPP's latest release (2.0.1) incorporates changes to simplify transactions. For many implementations, OCPP certification is becoming a requirement. ISO 15118defines a plug-and-charge protocol standard that requires drivers to set up a purchasing profile. When drivers plug the car into a charging station, payment is transmitted using pre-existing profiles. Section 508 of the Rehabilitation Act defines accessibility requirements for users with disabilities. It stipulates the requirements for spacing between charging stations to allow for wheelchair access. Charging stations must provide accessible communication methods through user interfaces and voice activation. Stations must display clear signage to ensure safe ingress and egress. EV standards are continually evolving, and new requirements are being released as the industry matures. In addition to these nationwide requirements, every local jurisdiction has its own set of building and business codes that charging stations must comply with. For example, charging stations in residential areas may be required to construct fences or barriers to prevent headlights from shining into homes. There may be restrictions on the number of parking spaces in specific locations, and construction should also consider size requirements to ensure compliance with Section 508. Building codes may require that only licensed electricians install charging stations and oversee connections to utility grids. There may also be zoning constraints or signage guidelines. Before investing in EV charging stations, check with local authorities to avoid any unexpected obstacles. If local utilities are publicly owned, coordinating deployment will be part of these entities' approval processes. If the electrical company is privately operated, be sure to discuss directly with them to understand how to add charging stations to their grid. The company will want to assess the impact on its existing grid and determine if infrastructure upgrades are needed. Interest in electric cars began in the early 19th century; however, sustained interest by the buying public didn't emerge until the 21st century. As of March 2025, the United States had over 204,600 charging outlets, with 51,200 located in California. According to the US Department of Energy, by 2030, the United States will need 28 million EV charging ports distributed across the country. Most charging stations will be located at single-family homes and workplaces. However, public charging stations will be necessary in areas such as multi-family buildings, hotels, and shopping centers. A network of fast-charging stations will be crucial for long-distance travel. Planet's PoE renewable switch and cellular gateways are designed to facilitate the growth of sustainable charging stations. These products enable the placement of self-powered charging stations where they are needed most. Contact us for more information on PoE solutions. TIME BUSINESS NEWS
Yahoo
06-06-2025
- Business
- Yahoo
Global PoE Switch Market Set for 7.2% CAGR Growth as IP Devices and Smart Cities Expand '
Global POE Switch Market is Segmented by Type (Below 12 Ports, 12-24 Ports, 24-32 Ports, 32-48 Ports, Above 48 Ports), by Application (Commercial, Government, School, Industrial). BANGALORE, India, June 6, 2025 /PRNewswire/ -- The Global POE Switch Market revenue was USD 4081.7 Million in 2022 and is forecast to a readjusted size of USD 6184.2 Million by 2029 with a CAGR of 7.2% during the forecast period (2023-2029). Claim Your Free Report: Major Factors Driving the Growth of POE Switch Market: The Power over Ethernet (PoE) switch market is witnessing strong momentum driven by the convergence of networking, automation, and digital infrastructure. Its ability to streamline power and data delivery into a single connection supports scalable, flexible, and cost-effective network deployments. From home offices and SMBs to large-scale industrial applications, PoE switches serve a wide array of use cases. Their integration with smart building systems, edge devices, and wireless access points underscores their critical role in modern connectivity. As technologies like IoT, surveillance, and remote access continue to expand, PoE switches are well-positioned to meet the evolving demands of reliable, efficient, and intelligent power delivery systems. Unlock Insights: View Full Report Now! TRENDS INFLUENCING THE GROWTH OF THE POE SWITCH MARKET: PoE switches with above 48 ports are playing a critical role in expanding large-scale network infrastructures, particularly in enterprise, industrial, and campus environments. These high-density switches support robust connectivity requirements for IP cameras, VoIP phones, access points, and other PoE-enabled devices, centralizing power and data transmission. Organizations with extensive surveillance systems or high user volume benefit from scalability and ease of management, reducing installation costs and eliminating the need for separate power supplies. These switches are increasingly adopted in smart buildings, hospitals, and corporate offices that demand consistent performance and power efficiency. The ability to manage numerous devices through a single switch enhances operational efficiency, thereby making high-port-count PoE switches a key growth driver in the market. PoE switches with below 12 ports are catalyzing market growth by catering to the rising demand from small businesses, home offices, and localized setups. These low-port switches offer cost-effective solutions for powering essential devices like wireless access points, IP cameras, and smart door locks without complex infrastructure. Their compact size and plug-and-play design make them ideal for residential and light commercial use, where network expansion needs are minimal. The rising adoption of smart home technologies and home-based security systems is directly contributing to increased demand for these switches. Their affordability, ease of installation, and space-saving form factor are attracting non-enterprise users, expanding the overall customer base and driving sales in the PoE switch market. Industrial PoE switches are fueling market expansion by supporting mission-critical operations in manufacturing, transportation, and utility sectors. These switches are designed to withstand extreme environmental conditions such as temperature fluctuations, dust, and vibrations, making them indispensable for harsh settings. They enable real-time data and power transmission to surveillance systems, automation equipment, and remote sensors in industrial plants. The surge in industrial automation and the adoption of Industry 4.0 technologies have increased the deployment of rugged PoE switches across factory floors and outdoor installations. Their reliability, long lifespan, and enhanced security features make them a strategic investment in operational continuity. As industries digitize operations, industrial PoE switches are integral to their smart infrastructure initiatives. The growing use of IP-based devices is a primary driver in the PoE switch market. Devices like IP surveillance cameras, VoIP phones, and wireless access points require both power and data connectivity, making PoE switches a highly efficient solution. The convenience of delivering power through Ethernet cables eliminates the need for separate electrical wiring, significantly reducing installation complexity and costs. Enterprises, educational institutions, and smart cities are rapidly adopting IP-based technologies, creating a strong demand for PoE-enabled networks. This shift is pushing manufacturers to expand their PoE switch offerings, ranging from basic setups to enterprise-grade systems. The ubiquity of IP devices continues to push the adoption curve upward across all end-user segments. Smart buildings rely on interconnected systems such as access control, lighting, HVAC, and surveillance all of which benefit from PoE infrastructure. PoE switches serve as the backbone of intelligent building networks, powering and connecting devices efficiently from a centralized source. They reduce the need for AC outlets and allow for remote management, a crucial feature for smart environment scalability. With growing urbanization and focus on energy-efficient construction, real estate developers and facility managers are integrating PoE switches during the design phase itself. This proactive deployment strategy is accelerating market growth. As more commercial spaces evolve into smart ecosystems, demand for PoE switch technology is projected to surge accordingly. One of the biggest advantages of PoE switches is the cost savings they offer during infrastructure deployment. By combining power and data into a single Ethernet cable, organizations eliminate the need for expensive electrical work and additional power outlets. This is especially beneficial for retrofitting older buildings or expanding existing networks. Additionally, PoE switches support centralized power management, which simplifies troubleshooting and reduces maintenance time. Small businesses and startups, often operating with limited IT budgets, find PoE switches a cost-effective entry point for robust network setups. As affordability becomes a key purchasing factor, PoE switches remain a practical choice for reducing overall IT expenditure without compromising performance. The widespread implementation of security systems is a significant growth factor for PoE switches. Surveillance cameras and access control systems, especially those deployed outdoors or in hard-to-reach areas, require reliable and uninterrupted power supply. PoE switches allow for flexible camera placement and easy integration into the network infrastructure without separate power lines. They support Power over Ethernet Plus (PoE+), which delivers higher wattage to power advanced security devices. Organizations across sectors are investing in security upgrades, boosting the demand for these switches. This trend not only enhances public and private safety but also propels continuous innovation and demand in the PoE switch market. PoE switches are fundamental to expanding wireless infrastructure in both urban and rural areas. With the demand for high-speed internet access and Wi-Fi availability growing globally, access points need to be deployed efficiently across diverse environments. PoE switches simplify this process by powering wireless access points without additional electrical wiring. Educational institutions, stadiums, malls, and transport hubs are key adopters of this infrastructure. As 5G rollouts intensify and connectivity becomes a basic utility, the role of PoE in supporting wireless backhaul and frontend networks becomes more pronounced. This ongoing expansion translates directly into increased demand for reliable and scalable PoE switch solutions. Claim Yours Now! POE SWITCH MARKET SHARE: The key players of POE switch include Cisco, HPE, etc. The top 2 players account for approximately 50% of the total market. North America is the largest market, with a share of about 36%. North America leads the market due to advanced IT infrastructure, rapid smart city development, and extensive surveillance deployment. In terms of end users, the largest segment is commercial, followed by the government. Key Companies: Cisco HPE Dell Inc Juniper Networks Extreme Networks Alcatel-Lucent Enterprise Netgear Broadcom D-Link ADTRAN Panasonic Advantech ZyXEL Alaxala Microchip Technology Westermo Rubytech Moxa Repotec DrayTek Huawei ZTE TP-Link Hikvision Shenzhen Hi-Net Technology Purchase Regional Report: SUBSCRIPTION We have introduced a tailor-made subscription for our customers. Please leave a note in the Comment Section to know about our subscription plans. DISCOVER MORE INSIGHTS: EXPLORE SIMILAR REPORTS! - Gigabit POE Switch Market - The global Gigabit Managed PoE Switch market was valued at USD 2286 Million in 2023 and is anticipated to reach USD 3615 Million by 2030, witnessing a CAGR of 6.8% during the forecast period 2024-2030. - The global AI Switch market was valued at USD 925 Million in 2023 and is anticipated to reach USD 3473 Million by 2030, witnessing a CAGR of 18.6% during the forecast period 2024-2030. - POE Optical Fiber Switch Market - Enhanced PoE Switch Market - Commercial PoE Switch Market - The global market for 100M POE Switch was valued at USD 495 Million in the year 2024 and is projected to reach a revised size of USD 744 Million by 2031, growing at a CAGR of 6.0% during the forecast period. - Four Port Industrial POE Switch Market - Multiport Gigabit Managed PoE Switch Market - The global market for Industrial PoE Switch was valued at USD 3512 Million in the year 2023 and is projected to reach a revised size of USD 5650 Million by 2030, growing at a CAGR of 7.0% during the forecast period. - Unmanaged PoE Switch Market DISCOVER OUR VISION: VISIT ABOUT US! Valuates offers in-depth market insights into various industries. Our extensive report repository is constantly updated to meet your changing industry analysis needs. Our team of market analysts can help you select the best report covering your industry. We understand your niche region-specific requirements and that's why we offer customization of reports. With our customization in place, you can request for any particular information from a report that meets your market analysis needs. To achieve a consistent view of the market, data is gathered from various primary and secondary sources, at each step, data triangulation methodologies are applied to reduce deviance and find a consistent view of the market. Each sample we share contains a detailed research methodology employed to generate the report. Please also reach our sales team to get the complete list of our data sources. GET A FREE QUOTEValuates Reportssales@ U.S. Toll-Free Call 1-(315)-215-3225WhatsApp: +91-9945648335Website: Logo: View original content to download multimedia: SOURCE Valuates Reports Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
