Why Choose Portable Solar Generator for Museums?
Today, Xindun Power will share a case study of using portable solar generator to power museum. Museum power supply consistently faces three core demands: ultimate reliability, scenario adaptability, and absolute security. Overcoming these three challenges is a common hurdle for museums worldwide.
To address these critical pain points, a museum partnered deeply with Xindun Power, introducing a safe, flexible, and stable mobile power solution. This solution not only comprehensively ensures uninterrupted operation of core exhibition areas and critical facilities, precisely matching high precision power usage scenarios such as artifact restoration, but also efficiently supports diverse power supply needs such as temporary exhibition setups and renovations, injecting stable power into the museum’s knowledge dissemination and cultural display spaces with smart electricity.
I. Ensuring Continuous Operation of Critical Equipment: Seamless Backup Power Switching for Data Centers, Ensuring the Safety of Core Data
As the “central nervous system” of a museum, the data center hosts the operation of core management system such as network communication, environmental control, and data storage, placing stringent requirements on power supply reliability. In addition to daily high load operation, the ability to seamlessly switch power within milliseconds during sudden power outages is crucial to preventing system interruptions.
To address this need, the museum introduced Xindun Power’s high performance portable solar generator, constructing a robust power protection system with a modular energy storage design. This device can automatically switch to battery power mode in the event of a mains power outage, with a switching time as low as 10 milliseconds, achieving a seamless switch for users and fundamentally avoiding risks such as server downtime, loss of artifact databases, and interruption of environmental monitoring.
Simultaneously, the device supports RS485 communication and remote control via a mobile app. Staff can monitor power input/output parameters, remaining power, and equipment operating status in real time via mobile devices, enabling intelligent operation and maintenance of the computer room power system and further improving the security level and management efficiency of the core system.
Full time, all area power supply, comprehensive security monitoring
The monitoring system is a core component of the museum’s security system. Its power supply must meet two core requirements: first, uninterrupted power supply 24/7 to ensure real time transmission of monitoring images and timely capture of anomalies; second, coverage of all areas including exhibition halls, artifact storage rooms, entrances and exits, and passageways, providing stable power support for the massive number of distributed devices.
The Xindun Power ESS-Li series portable solar generator is equipped with a variety of output interfaces, including a DC 5V (USB) interface, a DC 12V interface, an AC output socket, and an AC output port. It can simultaneously power various types of security equipment, such as cameras, sensors, dome cameras, and video intercom system. This design effectively solves the power supply problem for multiple areas and multiple devices operating in parallel, completely eliminating monitoring blind spots and comprehensively enhancing the resilience of the museum’s security system.
II. Adapting to High Demand Power Scenarios
Stable Drive for Constant Temperature and Humidity, Protecting the Equipment Operating Environment
The air conditioning power supply system is crucial for maintaining the stability of the environment in the museum’s computer room and artifact storage. Computer room servers and artifact storage equipment are extremely sensitive to changes in temperature and humidity. Power outages can cause equipment overheating and moisture damage, leading to serious consequences such as system crashes and damage to artifacts.
The Xindun Power ESS-Li series, with its 5000W high power design, can stably handle the starting current and continuous operating load of high power equipment such as server room air conditioners and constant temperature and humidity machines, ensuring stable environmental parameters during power outages and safeguarding the safety of cultural relics and the stable operation of core equipment from the source.
Silent and Stable Power Supply
The cultural relic restoration room is like a museum’s “relic diagnosis room.” The precision testing and restoration instruments here have extremely high requirements for power quality: voltage fluctuations can lead to distorted test data, malfunctioning restoration tools, and irreversible damage to cultural relics; sudden power outages expose unfinished relics to a risky environment; at the same time, restoration work requires an absolutely quiet environment, making the operating noise of the power supply equipment a crucial consideration.
The Xindun Power portable solar generator pure sine wave output current, ensuring stable operation of restoration instruments and effectively mitigating the risks of voltage fluctuations. The equipment employs an intelligent fan temperature control cooling design, achieving rapid heat dissipation even under ultra-fast charging or high-power operation through optimized airflow and dynamic airflow adjustment, while keeping operating noise to a minimum of 30dB, creating a quiet and stable working environment for restoration staff.
III. Solving the Mobile Power Supply Challenge: Adapting to Diverse Temporary Scenarios
Frequent exhibition updates are a crucial activity in museum operations, but temporary exhibition setups and gallery renovations often face numerous power supply challenges: construction areas lack fixed power outlets, traditional power supply methods are insufficient for special scenarios such as high altitude operations, easily leading to construction delays; temporary wiring is not only messy but also poses safety hazards such as electric shock and short circuits.
To address these pain points, Xindun Power has launched a highly efficient and safe mobile power supply solution. Its ESS-Li series portable solar generator can be flexibly deployed in any location within the exhibition hall as needed, completely eliminating reliance on fixed power sources and providing convenient and stable power support for temporary construction and exhibition setups.
In the future, Xindun Power will continue to deepen its innovation in inverter technology, continuously optimizing museum power supply solutions, using smarter and more efficient clean energy storage technologies to protect cultural relics, ensure the smooth operation of exhibitions, and safeguard every “charging moment” for knowledge dissemination and cultural experience.
