Jun. 16, 2025
As people become increasingly aware of the Earth's environmental issues, companies across various industries are striving to reduce the impact of their production activities on the environment. Solar energy, being one of the greenest energy sources, has become a popular choice, leading to the emergence of various solutions that integrate solar power into business operations.
Eco-friendly solar surveillance trailers serve as an effective application in the monitoring industry. Let's explore the environmental benefits they can bring to your business without compromising reliability.
Traditional surveillance trailers rely on diesel generators for operation. It is well-known that the combustion of fossil fuels produces a significant amount of pollutants and greenhouse gases, such as nitrogen oxides (NOx) and particulate matter (PM). These emissions not only harm the environment but also pose risks to our health.
In contrast, solar trailers are environmentally friendly as they generate power using solar energy, producing no emissions. By adopting solar surveillance trailers, organizations can minimize their reliance on fossil fuels and other unsustainable energy sources for their security systems, thereby significantly reducing their overall carbon emissions.
To put this into some kind of context, the carbon footprint of a solar trailer vs. a diesel generator over a 12-month period is detailed below:
Diesel Generators:
Now compare these figures with the emissions created by a solar surveillance trailer:
Solar Surveillance Trailers:
Solar surveillance trailers are often deployed in parking lots, retail spaces, construction sites, or temporary events. In these scenarios, the impact of noise must be considered. Traditional diesel surveillance trailers can generate continuous noise levels of 80 decibels or more during operation, which can damage employees' hearing and lead to complaints from nearby residents. In contrast, solar surveillance trailers operate quietly and steadily, making them an attractive alternative.
Green building certifications, such as LEED (Leadership in Energy and Environmental Design), are becoming more important in the construction and real estate industries. These certifications highlight how projects adhere to sustainable practices and recognize companies that demonstrate a reduction in their impact on the surrounding environment.
Renewable Energy Credits: Solar surveillance trailers are a demonstrable example of using renewable energy in construction projects. Their use can be seen as part of a company's ongoing commitment to minimizing its reliance on fossil fuels. Therefore, this can contribute to the "Renewable Energy Production" credit in the Energy and Atmosphere category of LEED.
Reduced Carbon Footprint: Solar surveillance trailers produce zero greenhouse gases, which aligns with LEED's goals for reducing carbon footprints.
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Durability and Longevity: Solar surveillance trailers are built to withstand outdoor elements and deliver long-lasting operation due to their ruggedized design. This durability reduces the frequency of repair and replacement required, contributing to resource conservation.
Integrating solar surveillance trailers into a construction company's overall project plan can help them demonstrate a commitment to sustainability and resource efficiency, contributing to a higher level of LEED certification.
Incorporating eco-friendly solar surveillance trailers into your monitoring needs not only provides various environmental benefits but also ensures stable, high-quality surveillance coverage. By utilizing solar energy, solar trailers offer a win-win solution for your business. If you would like to learn more, please contact us; we are happy to assist you.
Mobile solar surveillance trailers are the perfect tool for people having off-grid locations, shopping center short/outdoor events, or remote/construction sites who are looking to check vandalism or theft. They are usually autonomously-powered. The use of this equipment is ideal for organizations aiming to apply security measures, but may lack the resources to hire on-site guards. Below are some of the most common questions about these surveillance trailers with a focus on the power system of the trailer.
Usually, solar power is always a matter of numbers. The power you need vs. the power the panel can produce. Undersized panels are a serious issue. Equally, unnecessarily large panels can increase installation cost and complexity. Factors such as seasonal changes, project location, equipment requirements, and micro-climates should be considered before choosing your panels. Weather conditions vary from season to season across different regions. This affects the amount of energy generated by the panels. In this case, solar panels designed for “typical” or “regular” sun conditions won’t be appropriate. In addition, the total power consumption of the system should be considered as undersized panels could result in recurrent outages and potential battery damage. Depending on these conditions, your panel size can range from 100W to as high as 1,200W.
On average, a system uses 12 lead-based batteries. Each of the battery has a rating of 100Ah, 12Vdc (with 100-hour discharge at 1amp). These top performance lead-based batteries use the most current technology and are designed to store energy over a long-term with a very minor internal discharge rate.
Most commonly used batteries are Lithium Iron Phosphate (LiFePo) and Lead Acid batteries. The available energy in Lithium batteries is nearly double the energy found in sealed Lead Acid. This is because you can use about 80 – 90% of stored energy in Lithium batteries compared to only 50% in Lead Acid batteries.
Solar charge controllers generally work to stop “reverse current” flowing from the batteries into the PV modules, prevent overcharging and improve overall charge quality. They also disconnect power to the loads when the voltage of the batteries dip too far. Charge controllers are available in different amp versions for both 12- and 24-Volt batteries. They come with additional features such as lighting control, remote temperature sensor, remote meter and optional meter depending on your choice.
Recharge rates are fully dependent on the panel’s wattage ratings and the light conditions. For instance, under ideal summer light conditions, it could take days to fully recharge a 100-amp hour battery using a panel with 100 watts of solar power. Also, for a solar panel to produce maximum-rated power, there must be direct sunshine on the panel’s surface.
Depending on the type of battery, wattage ratings, and power consumption rate, a solar surveillance trailer can supply power ranging from days to months without sunlight.
The bottom line is that you’ve gotta do research to determine exactly what’s best for your deployment scenario. Even then, there are so many variables impacting the success of a long-term solar surveillance deployment, you have buffer your numbers and oversize in most cases. When you aren’t sure, work with your distributor to help properly size and scope these systems.
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