Mobile Solar Generator With Three Panels

Product Description

HiSTAR-III Mobile solar trailer are portable power systems designed to utilize solar panels for converting the sun's energy into DC electricity, which is then stored in batteries for later use. These generators are equipped with inverters that enable the stored power in the batteries to be used for charging various electronic devices.

Features

• Portability: The trailer-mounted design of the HiSTAR-III Solar Security CCTV Tower (US/EU/AU standard, foldable tow bar, forklift holes) ensures high mobility, enabling rapid setup without tools-ideal for temporary or remote sites needing on-demand security and lighting.
   
• Renewable Energy: Equipped with 3×450W bifacial solar panels (electric angle adjustment) and large-capacity GEL/LFP batteries (up to 14336WH), it harnesses clean solar power, complemented by a 3KW auto-start back-up generator for uninterrupted operation-an eco-friendly alternative to diesel generators.
   
• Low Maintenance, Long Lifespan: Featuring hot-dip galvanized structure (rust-resistant), IP65 waterproof design, and plug-and-play POE interface, it requires minimal upkeep. Backed by a 2-year warranty, it delivers reliable performance in harsh environments (-20°C to 55°C) over the long term.

BIGLUX HiSTAR-III Solar CCTV Tower

In addition to integrated surveillance and battery system, BIGLUX's HiSTAR-III is a trailer-mounted solar solution with enhanced capacity-supporting 24/7 starlight camera monitoring, strobe lights, and audio alarms. It serves as a robust alternative to diesel-powered security systems, offering clean renewable energy, reduced maintenance, and anti-theft/anti-sabotage protection (built-in wires, multi-layer anti-theft doors).

For businesses seeking versatile off-grid security, the HiSTAR-III Solar CCTV Tower provides an effective all-in-one solution-harnessing solar energy to power surveillance, and critical on-site needs with unmatched reliability.

Global photovoltaic market situation

Solar photovoltaic power generation has become a clean, low-carbon, and price-competitive form of energy in many countries. Many countries around the world have proposed "zero carbon" or "carbon neutral" climate goals. The development of renewable energy represented by photovoltaics has become a global consensus, not only in developed regions such as Europe, the United States and Japan, but also in countries in the Middle East, South America and other regions. Also rising rapidly. Driven by favorable factors such as advances in photovoltaic technology, continued decline in photovoltaic power generation costs and global green recovery, the global photovoltaic market will grow rapidly.

The large-scale commercial application of photovoltaic power generation can be traced back to 2004, when Germany took the lead in launching photovoltaic incentive policies. Since 2004, the development process of the global photovoltaic industry can be roughly divided into the following four stages: Start-up period (2004-2011), led by Germany, various countries launched government subsidy policies to promote large-scale commercialization of photovoltaics. After a period of support, the The cost of photovoltaic power generation has been reduced and can compete with the cost of traditional energy power generation; during the adjustment period (2011-2013), European countries have significantly reduced or eliminated government subsidies, and the reduction in photovoltaic investment returns has led to a reduction in demand; during the gestation period (2013-2015), photovoltaic The industry has gone through survival of the fittest, photovoltaic system costs continue to decline, photovoltaic investment returns have regained balance, and more countries around the world have begun to develop the photovoltaic industry; in the stable development period (2015 to the present), the Paris Agreement was signed, and countries are paying more and more attention to new energy. Advances in photovoltaic technology have driven the cost of photovoltaic power generation to continue to decline. Photovoltaic power generation has begun to enter the stage of grid parity, and photovoltaic installed capacity has continued to grow steadily.

According to the "Global Market Outlook-For Solar Power 2022-2026" released by the European Photovoltaic Industry Association (SolarPower Europe), the world's new photovoltaic installed capacity from 2019 to 2021 was 117.6GW, 139.2GW and 167.8GW respectively, with a year-on-year increase of 19% in 2020 , a year-on-year growth of 21% in 2021.

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