Tycon Systems - Articles , General

Weatherproof Systems for Maritime Use: Reliable Energy for Coastal and Marine Challenges

Mon, 15 Dec 2025 08:54:42 -0700

Weatherproof Systems for Maritime Use: Reliable Energy for Coastal and Marine Challenges. Operating in marine and coastal environments presents one of the toughest challenges for any energy or networking system. Saltwater exposure, extreme humidity, and unpredictable weather conditions constantly test the limits of reliability and performance. For research stations, ports, and island infrastructures, dependable power is not just convenient—it is essential for safety and continuity.

Tycon Systems® meets these challenges head-on with rugged, weatherproof power and networking solutions designed to thrive in harsh maritime environments. Through RemotePro®, UPSPro®, and Tycon Power® systems, Tycon delivers continuous off-grid power and resilient connectivity to support critical operations on remote islands, offshore labs, and coastal facilities.

The Demands of Maritime Environments

Salt, wind, and constant moisture accelerate corrosion and degradation in traditional power systems. Electrical components, batteries, and connectors exposed to coastal air often fail prematurely without proper protection. Additionally, maintaining power consistency in remote locations—where storms or waves can disrupt energy supply—is a constant concern.

In these conditions, reliability and resilience are non-negotiable. Energy systems must not only perform under stress but also operate with minimal maintenance due to the remote or hard-to-access nature of many maritime sites. That’s why organizations working in marine industries increasingly rely on Tycon Systems®—a leader in weatherproof power innovation.

Tycon Systems®: Built for the Elements

Tycon Systems® designs every product line with durability and adaptability at its core. Its RemotePro® off-grid power systems and UPSPro® backup systems are engineered to withstand the elements, ensuring year-round uptime in humid, saline, and high-wind environments.

Weatherproof enclosures safeguard sensitive components against salt spray, rain, and UV exposure.
Wide temperature tolerance ensures consistent performance from tropical ports to icy marine research stations.
Corrosion-resistant materials and connectors extend system lifespan even under continuous exposure to sea air.

These design choices make Tycon Systems® the go-to power provider for maritime and coastal applications, where conventional infrastructure simply cannot endure long-term conditions.

Powering Remote Islands and Coastal Communities

On remote islands or coastal regions where access to the electrical grid is limited or nonexistent, Tycon Solar® and RemotePro® systems provide a dependable, renewable energy solution. These modular systems can operate independently or integrate with hybrid configurations that combine solar, wind, and battery storage.

They power essential services such as:

Communications and data networks for emergency response and maritime coordination.
Navigation and safety beacons that ensure secure passage for ships.
Community utilities, including water pumps, monitoring stations, and lighting systems.

By combining clean energy generation with intelligent power management, Tycon Systems® enables coastal communities and island authorities to operate efficiently without relying on diesel generators or frequent maintenance visits.

Supporting Offshore Research and Marine Labs

Offshore laboratories and monitoring stations depend on continuous, stable energy for equipment that collects critical oceanic and atmospheric data. Tycon’s RemotePro® and UPSPro® platforms ensure uninterrupted power for sensors, data loggers, and wireless communication links.

Because these systems are engineered for extreme conditions, researchers can trust that equipment will keep running—even through heavy storms or extended periods without human supervision. Tycon’s low-maintenance design and integrated battery protection reduce downtime, making it easier for scientists to focus on discovery rather than system upkeep.

Enhancing Operations at Small Ports and Harbors

Modern ports are increasingly digital, with automation, cameras, and IoT-enabled monitoring systems forming the backbone of safe and efficient maritime logistics. However, smaller ports often struggle with inconsistent power or aging infrastructure.

With Tycon Power® and Tycon Wireless® solutions, port operators can deploy solar-powered surveillance systems, communication relays, and lighting setups that require minimal maintenance. The result is enhanced visibility, improved safety, and reduced operational costs—all supported by sustainable, weather-resistant technology.

Moreover, UPSPro® systems provide critical backup for essential functions like gate access control, radar, or wireless connectivity—ensuring operations continue smoothly, even during power interruptions.

Why Tycon Systems® Excels in Maritime Applications

The success of Tycon Systems® in the marine and coastal sectors lies in its unique ability to combine power reliability, environmental protection, and scalability.

Adaptable designs: Configurable for solar, hybrid, or grid-tied systems.
Low maintenance: Designed for remote use with long-lasting components.
Sustainability: Reduces dependence on fossil fuels while minimizing environmental footprint.
Global reliability: Proven across industries, from telecom towers to border monitoring, now extending to marine ecosystems.

By providing integrated systems that bridge the gap between energy and connectivity, Tycon Systems® ensures that critical maritime operations remain efficient, safe, and sustainable.

Looking Ahead: Sustainable Energy for the Blue Economy

As the blue economy continues to expand—encompassing marine research, offshore aquaculture, and renewable ocean energy—sustainable, weatherproof infrastructure will become even more essential.

Tycon Systems® stands ready to power this future. Its rugged solar and hybrid solutions not only protect investments in harsh marine environments but also help organizations advance toward a greener and more resilient future.

From the world’s smallest island networks to high-tech oceanic installations, Tycon Systems® continues to prove that reliability and sustainability can thrive even at the edge of the sea.

New Product Spotlight: Tycon Systems® PoE Solar Charge Controllers – Now Available

Mon, 15 Dec 2025 08:53:48 -0700

Tycon Systems® is thrilled to introduce two brand-new PoE Solar Charge Controllers that seamlessly integrate Power over Ethernet (PoE) with solar charging capabilities. These new models deliver sophisticated power management for 12V and 24V battery systems—perfect for remote installations requiring reliable, dual-input energy.

TS-SCPOE-12AT-G – 12V Dual-Input PoE Solar Controller

Dual Input Sources: Accepts both solar (33–40 VDC, up to 120 W) and PoE via IEEE 802.3at or passive PoE (36–57 VDC, 35 W)
Integrated Charging: An Efficient MPPT charge controller optimizes solar energy capture
Output Capabilities: PoE output delivers a regulated 12V, plus a 10A auxiliary battery output
Compact & Durable: Low draw (<1.2 W), DIN-rail mountable, and rated for temperatures down to –40 °C Flytec Computers

TS-SCPOE-24AT-G – 24V Dual-Input PoE Solar Controller

Dual Input Options: Similar solar and PoE inputs, but designed for 24V battery systems
High Load Support: Handles up to 240 W total device load and outputs 24V at 10 A auxiliary
Built for Tough Conditions: Also features high-efficiency MPPT, low self-consumption, and DIN-rail form factor Flytec Computers

Shared Highlights & Benefits

Brand-New Offerings: These controllers introduce advanced flexibility by combining PoE and solar inputs to power, charge, and provide backup power—all in one unit
Reliable Day & Night: Solar is prioritized when available, with PoE ensuring consistent power when sunlight wanes
Efficient Design: Low internal draw minimizes waste, supporting longer battery life and improved system uptime
Versatile Deployment: Ideal for applications like remote surveillance, wireless access points, IoT sensors, and lighting systems

Quick Comparison Table

Model	Battery System	Total Load Support	Output Features
TS-SCPOE-12AT-G	12V	~120 W solar + PoE	12V PoE output + 10A aux
TS-SCPOE-24AT-G	24V	~240 W solar + PoE	24V PoE output + 10A aux

Whether you're building a remote security system, a solar-powered access point, or a low-power IoT deployment, these new PoE Solar Charge Controllers from Tycon Systems® deliver smart, efficient, and reliable energy management.

Explore the new controllers today and discover how they can elevate the resilience and flexibility of your next project.

How Solar Power Supports Drone Delivery Stations: Scalable Energy for the Future of Logistics

Mon, 15 Dec 2025 08:52:23 -0700

How Solar Power Supports Drone Delivery Stations: Scalable Energy for the Future of Logistics. Drone delivery technology is rapidly transforming logistics, medical supply chains, and e-commerce distribution. However, as fleets expand into rural and remote regions, one major challenge remains: how to power drone charging hubs efficiently and sustainably where the grid cannot reach. This is where Tycon Systems® plays a critical role. With its modular solar and power platforms—including RemotePro®, UPSPro®, and MobileSolarPro® systems—Tycon provides off-grid, scalable energy infrastructure that enables drone stations to operate continuously, even in isolated or extreme environments.

The Rise of Drone Delivery and the Energy Challenge

Drone delivery networks are growing fast, driven by industries seeking to shorten delivery times, reduce emissions, and increase reach. Companies are deploying drones to deliver essential goods—from consumer products to life-saving medical supplies—to locations that traditional transport cannot easily reach. However, maintaining reliable power for drone charging and control systems is a fundamental requirement. Many of these delivery nodes are located in off-grid or low-infrastructure areas, where traditional energy sources are unavailable or unreliable. Without stable power, even the most advanced drones face downtime, limiting the efficiency of the entire operation. To overcome these barriers, logistics providers are turning to solar-powered infrastructure—and Tycon Systems® delivers precisely the kind of modular, reliable, and maintenance-free systems that drone operations depend on.

Tycon Systems®: Powering the New Era of Drone Infrastructure

At the core of this transition is Tycon Systems®’ line of RemotePro® solar power systems, engineered for dependable off-grid energy generation and storage. These systems can be deployed rapidly and scaled as drone network demands evolve, making them ideal for charging hubs, communication relays, and control stations. Each RemotePro® system integrates solar panels, battery storage, and intelligent power management to deliver 24/7 uptime. When paired with UPSPro® backup systems, operators gain additional resilience during extended cloudy periods or high-energy-demand cycles—ensuring continuous drone charging capability even under unpredictable conditions. Furthermore, Tycon’s modular design allows network operators to expand capacity effortlessly as delivery fleets grow, minimizing the need for complex installations or on-site technicians. The result is a self-sustaining infrastructure that keeps operations active while minimizing environmental impact.

Why Solar Infrastructure Is Ideal for Drone Charging Hubs

Solar power is uniquely suited for drone delivery networks due to its scalability, low maintenance, and independence from traditional grid systems.

Scalability: Tycon’s systems, such as RemotePro® and MobileSolarPro®, can power anything from small drone pads to large-scale logistics hubs.
Reliability: With rugged designs and wide temperature tolerance, these systems perform consistently in diverse environments—from deserts to mountain ranges.
Sustainability: By reducing or eliminating fossil fuel dependency, solar-powered drone stations contribute to a cleaner logistics ecosystem.
Autonomy: Systems equipped with monitoring tools allow operators to remotely track performance and battery levels, minimizing on-site maintenance requirements.

In essence, Tycon Solar® infrastructure provides both the reliability and adaptability that the drone industry requires to scale sustainably.

Use Cases: From Medical Supply Chains to E-Commerce Networks

Across the globe, solar-powered drone hubs are already reshaping logistics. In rural healthcare, drones deliver vaccines and emergency medicine to clinics miles from the nearest road. In agriculture, they monitor crops and deliver small payloads efficiently. E-commerce platforms are exploring drone networks to reach remote consumers. In each case, Tycon Systems® provides the critical link between renewable energy and next-generation technology. A RemotePro® system can maintain a constant power supply for charging stations, communication antennas, and data relay points—all essential components for autonomous flight operations. Whether it’s a medical outpost in a remote region or a logistics network expanding into off-grid areas, Tycon’s products empower these missions with dependable, clean power that ensures year-round uptime.

A Sustainable Vision for the Future of Drone Logistics

As drone technology evolves, so will its energy needs. Sustainable growth requires more than innovation in flight hardware—it depends on resilient, renewable infrastructure that can keep pace with demand. By integrating Tycon Power® and Tycon Solar® systems into drone networks, operators gain a future-ready energy foundation that supports both environmental goals and operational efficiency. These systems not only reduce emissions but also lower maintenance costs and improve reliability in critical field operations. From powering rural delivery nodes to enabling autonomous drone fleets, Tycon Systems® continues to pioneer the technologies that bridge sustainability with performance.

Conclusion: The Future of Drone Energy Is Solar

Drone delivery networks are redefining logistics, but their long-term success relies on accessible, renewable power. Tycon Systems® delivers that solution through its RemotePro®, UPSPro®, and MobileSolarPro® platforms—combining solar efficiency, modular design, and durable performance to keep drone operations running smoothly anywhere in the world. With every installation, Tycon moves the industry closer to a cleaner, smarter, and more connected future—where renewable energy fuels the innovations that shape tomorrow’s delivery networks.

Winter Maintenance Reminder: Pneumatic Mast Service Required

Tue, 02 Dec 2025 09:43:07 -0700

It's time for your annual trailer maintenance!As winter approaches, we would like to remind you of the importance of performing routine maintenance on your MobileSolarPro® pneumatic mast system to ensure optimal performance and continued warranty coverage.Warranty Notice: To maintain warranty eligibility, pneumatic mast maintenance must be completed at least twice annually. Failure to do so will result in the voiding of warranty coverage. Required Winter Maintenance Procedures:1. Lubrication Each time the MobileSolarPro® unit is deployed or the pneumatic mast is drained, it is recommended to lubricate the mast.

Use 3-in-1 multipurpose oil or AW ISO 32 hydraulic oil.
Apply approximately 0.5 oz. of oil into the oil holes of each mast section using a spout-capped bottle.

2. Pneumatic Mast DrainingTo prevent internal damage from freezing temperatures, follow these steps to fully drain the mast:

Fully extend the mast to allow water between sections to escape through the oil holes.
Remove the security plates at the base by unscrewing the four 10mm fasteners.
Open the valve one-quarter to halfway, then pull the lock ring on each section to collapse the mast and drain residual water.
Close the valve and reapply oil as the mast extends. Repeat the draining process to ensure complete removal of moisture.

Important Safety Warning: Do not raise the mast if ice may be present inside. Doing so can cause damage to the internal harness coil. If you have any questions or require assistance with your maintenance procedures, please don’t hesitate to contact our support team. Thank you for your attention to this important seasonal maintenance.

Tycon Systems®: Trusted by Top Aerospace Leaders

Mon, 01 Dec 2025 09:18:42 -0700

Tycon Systems® is proud to officially be a trusted supplier in the aerospace world. With MobileSolarPro® trailers now deployed at SpaceX, Virgin Galactic, and U.S. Air Force sites across the country, our off-grid power solutions are supporting some of the most demanding and mission-critical environments in the industry. These organizations rely on rugged, reliable energy systems that work anywhere, anytime—and our MobileSolarPro® lineup delivers just that with fast deployment, all-weather durability, and long-term, self-sustaining solar power. We’re honored by the trust these leaders place in us and remain committed to powering the missions shaping the future of aerospace and defense.

Renewable Tech in Outer Space: Could Tycon Systems® Power the Next Frontier?

Mon, 01 Dec 2025 09:17:22 -0700

Renewable Tech in Outer Space: Could Tycon Systems® Power the Next Frontier? As humankind looks beyond Earth for new opportunities, one question rises to the surface: how do we power exploration sustainably in the most extreme environments imaginable? The challenges of outer space—vacuum, radiation, distance, and temperature extremes—demand energy systems that are efficient, durable, and self-sufficient. At the intersection of innovation and sustainability stands Tycon Systems®, a global leader in solar and remote power technologies. While Tycon’s solutions currently support industries on Earth—from telecommunications and security to renewable infrastructure—it’s not difficult to imagine these same principles extending into orbit. In this speculative exploration, we envision how Tycon Solar®, RemotePro®, and MobileSolarPro® systems could one day help power research pods, satellites, and off-world installations.

Adapting Proven Technology for Extreme Environments

The foundation of Tycon Systems® technology lies in its commitment to reliable, efficient off-grid power. Products such as RemotePro® solar power systems and UPSPro® backup units are already engineered to operate in some of the harshest terrestrial conditions—arid deserts, polar climates, and remote mountain sites. Transitioning from Earth to orbit, these same qualities become even more critical. Solar arrays designed by Tycon Solar® could theoretically be adapted with radiation-resistant coatings, high-efficiency cells, and thermal regulation systems to withstand space’s volatility. For instance, a modified MobileSolarPro® platform could serve as a compact, deployable energy unit for low-Earth-orbit satellites or lunar research outposts. It could deliver consistent power without requiring frequent maintenance—mirroring Tycon’s existing success in unattended terrestrial sites such as communication towers or environmental monitoring stations.

The Case for Renewable Energy Beyond Earth

Currently, most space missions depend on solar power, yet many systems are custom-built and expensive to produce. As private space exploration expands, the need for modular, scalable, and cost-efficient renewable systems grows exponentially. Here, Tycon Systems® could provide an advantage. Its modular solar and DC power platforms, already designed for long-term use in remote, autonomous environments, could be re-engineered for microgravity conditions. This approach would allow research teams or satellite networks to scale their power generation efficiently while maintaining the resilience and redundancy required for continuous operation. Moreover, the company’s focus on energy efficiency and compact design could play a key role in reducing the launch weight and footprint of future renewable systems—an essential factor in space logistics.

Powering Research Pods and Lunar Bases

Imagine a network of modular research pods on the Moon, powered by a hybrid system based on Tycon Solar® panels and Tycon Power® energy storage modules. These units could support communication arrays, sensor systems, and life-support equipment, operating autonomously for months or even years. Each pod could feature RemotePro® technology for remote monitoring and control, ensuring mission operators on Earth maintain full visibility over energy performance and environmental data. This kind of smart energy management, already deployed in Tycon’s remote Earth installations, could revolutionize how we sustain long-term scientific operations on extraterrestrial surfaces. Similarly, satellite clusters equipped with Tycon-inspired micro solar systems could operate more efficiently, transmitting data across planetary distances with minimal power loss. By integrating Tycon’s proven off-grid expertise, such networks could achieve greater reliability and lower operational risk in the unforgiving conditions of space.

A Vision for Sustainable Space Exploration

While these ideas remain speculative, they underscore a real opportunity: sustainable power is essential for the future of exploration. As private companies and national space agencies expand their reach, renewable energy systems that offer autonomy, adaptability, and resilience will become the foundation of off-world operations. Tycon Systems® has already demonstrated these qualities here on Earth. The company’s dedication to sustainable, long-lifecycle energy solutions mirrors the exact requirements that future space habitats will demand. From desert outposts to distant planets, the same principles apply—clean energy, smart design, and dependable performance. If humanity is to build a sustainable presence beyond Earth, Tycon Systems® technology could be the blueprint for powering that future.

Conclusion: From Earth to Orbit—The Future Is Renewable

The journey to sustainable space exploration begins with innovation rooted in proven terrestrial technology. Tycon Systems® exemplifies how Earth-based renewable solutions can inspire the next generation of off-world power infrastructure. As we look ahead, the possibility of Tycon Systems® technology helping to power research pods, satellites, or even lunar settlements represents more than speculation—it’s a glimpse into what happens when engineering, sustainability, and imagination converge.

Happy Thanksgiving from Tycon Systems®

Mon, 01 Dec 2025 09:16:30 -0700

As the holiday season begins, all of us at Tycon Systems® want to take a moment to express our gratitude. Thanksgiving is a time to reflect on the people and partnerships that make our work meaningful, and we’re thankful for the trust and support of our customers, distributors, and partners around the world.

Your confidence in Tycon allows us to keep innovating, from remote power solutions and PoE technology to solar systems that bring reliable energy to even the most challenging environments. We’re proud to be part of your projects and to help power the systems that connect, protect, and support communities everywhere.

This Thanksgiving, we’re especially grateful for the dedicated professionals who choose Tycon products to keep their networks strong and resilient. Your hard work inspires us, and your feedback drives us to keep pushing forward with solutions that make a difference.

From our family to yours, we wish you a joyful holiday filled with peace, gratitude, and connection.

Happy Thanksgiving!
— The Tycon Systems® Team

Green Film Sets: Powering Eco-Conscious Media Production with Tycon Systems®

Mon, 24 Nov 2025 08:52:41 -0700

Green Film Sets: Powering Eco-Conscious Media Production with Tycon Systems®. The entertainment industry is undergoing a transformation. As sustainability becomes a priority, film crews are rethinking the way they power their productions. From major studio projects to independent documentaries, the shift toward low-emission, renewable energy is reshaping how sets operate. At the center of this transition stands Tycon Systems®, offering reliable, clean power solutions that support the growing demand for eco-conscious media production. Through its Tycon Solar®, UPSPro®, RemotePro®, and MobileSolarPro® product lines, Tycon delivers the technology film professionals need to reduce their carbon footprint without compromising performance.

The Rise of Green Film Production

Film and television production traditionally relies on diesel generators to power lights, cameras, and equipment. While dependable, these generators emit greenhouse gases and require constant refueling, which drives up both costs and environmental impact. As audiences and production companies alike prioritize sustainability, there’s a clear need for alternatives that combine power, portability, and clean operation. That’s where Tycon Systems® makes the difference. By integrating solar energy and advanced battery storage into on-set operations, film crews can enjoy silent, emission-free power that supports lighting, monitoring systems, and even mobile editing suites. This shift not only helps reduce pollution but also creates quieter, cleaner working environments—ideal for shooting in sensitive natural locations or urban areas with noise restrictions.

Reliable Power for Indie and Major Productions

Every film project faces unique challenges. Independent filmmakers often work in remote areas where grid access is unavailable, while large studios must power extensive equipment setups without disrupting the production schedule. Tycon Solar® and RemotePro® systems are designed to meet both demands. These solar-powered platforms provide continuous, off-grid power for everything from camera rigs and sound systems to base camp communications. Because the systems are modular and scalable, crews can deploy them quickly and adapt to different production sizes. In addition, UPSPro® backup power solutions protect critical equipment from outages or voltage drops. Whether powering a high-definition monitor or supporting a drone charging station, Tycon Systems® ensures smooth, uninterrupted operation throughout the shoot.

Low-Emission Technology That Sets a New Standard

What truly sets Tycon Systems® apart is its commitment to sustainability through technology. The company’s MobileSolarPro® units combine solar generation, battery storage, and intelligent power management in one portable package. These systems replace traditional fuel-based generators, eliminating noise, fumes, and maintenance concerns. Furthermore, Tycon’s solar power solutions operate efficiently in a wide range of environments, from desert landscapes to mountain regions. This adaptability allows cinematographers and directors to focus on creativity rather than logistics. As a result, Tycon Systems® has become the trusted standard for low-emission power in both independent and major film productions.

Smarter Production, Smaller Footprint

Choosing renewable power is not just an environmental statement—it’s a practical production strategy. Using solar-based systems can reduce operational costs, lower fuel dependency, and minimize downtime caused by generator maintenance. Moreover, as global film commissions increasingly incentivize green practices, studios that adopt Tycon Systems® technology position themselves to qualify for sustainability credits and green production certifications. This approach benefits both the planet and the bottom line.

A Quiet Revolution on Set

Noise pollution has always been a challenge on film sets. Traditional generators disrupt audio recording and require physical separation from filming zones. Tycon Solar® and MobileSolarPro® systems operate silently, allowing filmmakers to capture natural soundscapes without interference. This quiet efficiency also enhances crew comfort, reduces heat and vibration, and creates a more controlled environment for sensitive equipment. By blending power reliability with environmental responsibility, Tycon Systems® transforms film production into a cleaner, quieter, and more efficient process.

Empowering the Future of Sustainable Storytelling

As the demand for eco-friendly film production continues to grow, Tycon Systems® stands at the forefront of the movement. From independent filmmakers seeking sustainable mobility to major studios committing to carbon-neutral operations, Tycon provides the renewable power infrastructure that modern film production requires. By combining innovation, performance, and sustainability, Tycon Systems® helps filmmakers capture their stories—without leaving a heavy environmental footprint. With Tycon, green production isn’t just possible—it’s the new industry standard.

Remote Film Production Powered by Solar: How Tycon Systems® Enables Energy Independence for Creative Industries

Thu, 20 Nov 2025 08:56:32 -0700

Remote Film Production Powered by Solar: How Tycon Systems® Remote Film Production Powered by Solar: How Tycon Systems® Enables Energy Independence for Creative Industries. In today’s fast-paced entertainment industry, creativity knows no boundaries—and neither should power. Remote film crews, independent documentarians, and drone operators often face one major challenge: access to reliable energy in unpredictable locations. From high deserts to dense jungles, maintaining a stable power supply is crucial for capturing the perfect shot, running lights, and operating communication systems. That’s where Tycon Systems® steps in. With proven off-grid solutions such as RemotePro®, UPSPro®, and MobileSolarPro®, the company provides portable and sustainable power systems that redefine how creative professionals work in the field.

Sustainable Energy Solutions for Remote Film Crews

Film production in remote environments demands flexibility and endurance. Traditional fuel-based generators, while effective, create noise, emissions, and logistical complications. Solar-powered systems from Tycon Solar® offer a cleaner, quieter, and more dependable alternative—allowing crews to focus on creativity rather than fuel shortages. Solutions like MobileSolarPro® provide an all-in-one portable solar array that delivers continuous power for cameras, LED panels, and communication gear. Combined with UPSPro® battery backup systems, film teams gain an uninterrupted power supply that can handle long shooting days and unpredictable weather conditions.

Use Case 1: Powering Film Lighting in Remote Locations

High-output LED lighting is essential for creating cinematic visuals, yet it demands consistent voltage and reliable energy delivery. Remote sets in deserts, forests, or mountain regions often lack grid access, making Tycon Power® systems an ideal solution. By deploying RemotePro® solar kits, film crews can power key lighting systems throughout the day while storing excess energy for night shoots. The built-in controllers and smart battery management ensure that energy is used efficiently and sustainably. In several independent film projects across the U.S. Southwest, production teams have reported that switching to Tycon Solar® systems not only eliminated generator noise but also reduced logistics costs associated with fuel transport—proving that sustainability can go hand in hand with performance.

Use Case 2: Keeping Drones and Camera Gear Operational

Modern filmmaking increasingly depends on drones and high-resolution cameras that require frequent battery changes and charging cycles. When filming in remote or environmentally sensitive areas, access to charging stations is often limited. With MobileSolarPro® systems, drone operators can establish solar-powered charging hubs that recharge multiple drone and camera batteries simultaneously. These systems integrate easily with UPSPro® energy storage units, enabling power availability even during cloudy conditions or after sunset. Whether capturing aerial shots of wildlife or filming long tracking sequences in rugged terrain, Tycon’s solutions help crews remain productive and environmentally conscious without sacrificing quality.

Use Case 3: Supporting Set Operations and Communications

Film production requires more than just lighting and cameras—it involves network connectivity, communications, and data transfer between crew members. In remote film sets, these systems often rely on wireless infrastructure and routers that need stable DC power. Tycon Wireless® and Tycon Power® products are designed to support such critical infrastructure. When combined with RemotePro® or UPSPro® power systems, they deliver seamless energy and data reliability for field offices, mobile editing stations, and remote monitoring setups. These hybrid power solutions ensure that every department—from lighting technicians to digital imaging specialists—can stay connected and powered throughout the production schedule.

Why Solar Power Is Transforming Film Production

Solar technology offers clear advantages for film professionals working off-grid:

Portability: Compact, lightweight solar systems can be transported to any location.
Silent Operation: Unlike fuel generators, solar arrays operate silently, preserving on-set audio quality.
Low Maintenance: Minimal moving parts and long-lasting components reduce downtime.
Sustainability: Reduced carbon footprint aligns with growing environmental commitments in the film industry.

By adopting Tycon Systems® solar and hybrid solutions, production companies not only gain independence from traditional power grids but also demonstrate leadership in sustainable filmmaking practices.

Conclusion: Empowering the Future of Creative Production

From cinematic landscapes to documentary fieldwork, remote film crews depend on reliable power to bring stories to life. Tycon Systems®, through its comprehensive portfolio of solar, hybrid, and off-grid technologies, empowers these professionals to operate efficiently, sustainably, and confidently—anywhere in the world. As the demand for eco-conscious production continues to grow, Tycon’s innovations ensure that creativity never stops when the power lines end. Tycon Systems® Solar Solutions Sustainable Film Production

New Product Spotlight: Expanded Reach with Tycon Systems® PoE Extenders

Mon, 17 Nov 2025 08:55:34 -0700

New Product Spotlight: Expanded Reach with Tycon Systems® PoE Extenders

Tycon Systems® is proud to introduce three brand-new Gigabit PoE extenders designed to meet the growing demand for long-distance PoE deployments. These new extenders allow you to power and connect devices far beyond the standard 100-meter Ethernet limit—without needing additional power at the extension points. Whether you're supporting IP cameras, access points, or other remote devices, these models offer a flexible and cost-effective solution.

Below is a breakdown of the three new models and how they compare:

POE-EXT-GD-HP – Single-Port, High Power Gigabit Extender

Number of Ports: 1 output
Max PoE Output: Up to 30W
PoE Standard: 802.3af/at
Distance Extension: +100 meters per extender
Power Source: Powered via PoE input
Use Case:
- Ideal for single-device extensions (e.g., one camera or access point)
- Great for projects needing minimal hardware at the edge

This model is perfect for small-scale deployments where only one device needs to be powered beyond the standard cable length. It delivers consistent Gigabit speed and power output with minimal loss.

POE-EXT-GDX2-AT – Two-Port Gigabit PoE Extender

Number of Ports: 2 outputs
Max PoE Output: 15W per port
PoE Standard: 802.3af/at
Distance Extension: +100 meters per unit
Power Source: PoE input from injector/switch
Use Case:
- Extend power to two separate devices like dual cameras or access points
- Useful for small pole-mount or wall-mount installations

This 2-port model allows you to split a single PoE input into two output legs, both with data and power, extending your network in multiple directions from one location.

POE-EXT-GDX4-AT – Four-Port Gigabit PoE Extender

Number of Ports: 4 outputs
Max PoE Output: 15W per port
PoE Standard: 802.3af/at
Distance Extension: +100 meters total
Power Source: Single PoE input
Use Case:
- Perfect for multi-camera installations or clustered edge devices
- Ideal for smart poles, utility boxes, and dense deployments

If you need to connect and power multiple devices at a single location, this 4-port extender provides unmatched flexibility. It simplifies complex installations by eliminating the need for multiple cable runs or power supplies.

What They All Have in Common

Gigabit Throughput: All models support full Gigabit data speeds
Plug-and-Play: No configuration required—just plug in and go
Surge Protected: Built to survive tough outdoor and industrial conditions
Compact & Durable: Designed for pole, wall, or enclosure mounting

Why This Matters

These extenders are brand new to the Tycon Systems® lineup, addressing the rising need for cost-effective long-distance PoE solutions. By eliminating the need for local power at each endpoint, you can simplify your infrastructure while reducing install costs.

Summary Comparison

Model	Outputs	Max Power per Port	Best For
POE-EXT-GD-HP	1	30W	Single remote device
POE-EXT-GDX2-AT	2	15W each	Dual-device setups
POE-EXT-GDX4-AT	4	15W each	Multi-device clusters

All models are now in stock and ready to ship.
Explore the full specs and order online:

🔗 Shop the POE-EXT-GD-HP
🔗 Shop the POE-EXT-GDX2-AT
🔗 Shop the POE-EXT-GDX4-AT

Let Tycon Systems® help you extend your power and data—smarter, faster, and farther.