Security how to save energy? Dedicated to smart buildings

With the government's ongoing efforts to promote and support environmental protection and energy-saving industries, the "energy-saving business" within the security sector is experiencing unprecedented growth opportunities. As the industry moves forward, there is a growing emphasis on energy efficiency and sustainability. Many sectors, such as smart cities, transportation, and construction, are increasingly prioritizing eco-friendly security solutions. The "12th Five-Year Development Plan for China's Security Industry" clearly outlines the direction of development: focusing on high-tech content, good economic returns, low resource consumption, minimal environmental impact, and full utilization of human resources. Premier Wen Jiabao emphasized at the Copenhagen Climate Change Conference that China would implement key energy-saving projects and initiatives across major sectors like industry, transportation, and construction. This highlights how "energy conservation and environmental protection" has become deeply embedded in public consciousness and is now an urgent necessity. **Security Energy Saving Is Imminent** As people's environmental awareness grows and advanced technologies emerge, the green building industry is witnessing rapid development and forming a thriving market. In smart and green buildings, a reliable physical security system—such as energy-saving monitoring and access control—is essential for effective building management. For security products used in green buildings, “energy saving and environmental protection” is the top priority, aiming to significantly reduce energy costs while enhancing user experience and lowering operational expenses. It is understood that in smart buildings, about 5% of the total construction cost is typically allocated to the security system. While this percentage may seem small, the security system plays a vital role in intelligent building operations. The integration of building systems usually involves two approaches: one is data integration of security, building automation, and fire protection systems on a unified platform; the other is integrating security, fire-fighting, information equipment, and application systems into an IBMS (Integrated Building Management System). These systems are controlled via a single platform, making them ideal for institutions with special requirements, such as banks and enterprises. Thus, the security system is an indispensable part of building system integration. In the past, physical security was often added as an afterthought after the main building design was complete. However, as security needs grow and buildings become more complex, early involvement of security design throughout the entire construction lifecycle has become necessary. The security industry, as a fundamental need in modern life, has experienced rapid growth, with a significant number of energy-consuming devices. According to incomplete statistics, over 1.2 million security systems exist nationwide, with more than 200,000 new or renovated systems added annually. Given their scale and number, these systems represent a major demand for energy-efficient upgrades. For example, with the rise of large-scale projects, video surveillance systems have become widespread, increasing back-end storage demands and energy consumption. High-definition video surveillance, in particular, requires more power for transmission and storage, making security systems among the top energy consumers in a building’s infrastructure. **Although It Is At The Start, It Is Still Surging** Despite the current lack of attention from real estate developers and users, the energy consumption of security products is becoming increasingly evident. Computer rooms, for instance, are known as high-energy-consuming areas in security systems. They are considered a standard for energy-efficient equipment and system builders. With numerous data storage devices operating continuously, they consume a lot of electricity. Using energy-efficient hard drives can significantly reduce power consumption, saving substantial costs over time. A system with 5,000 hard drives can save considerable money annually. Additionally, excessive heat leads to cooling issues and thicker cables. Implementing energy-saving products in security projects can help reduce hidden costs. Digitalization has driven security towards energy efficiency. As energy consumption increases, security and energy saving will become a bright spot in building construction. Those who integrate energy-saving measures into their security systems first will gain a competitive edge in the market. From a technological perspective, as the building security market expands, the advantages of energy-efficient products become more apparent. Users and traders face challenges where camera clarity and power consumption are directly related. Companies with strong R&D capabilities are developing innovative solutions, such as improved chip and compression technologies, to offer both high performance and energy efficiency. With global energy demands rising, video chip suppliers are pushing to create more energy-efficient solutions, benefiting both the security industry and their own market positions. From a policy standpoint, the State Council issued the “12th Five-Year Plan for Comprehensive Energy Conservation and Emission Reduction Work Program,” emphasizing government support through fiscal policies. Local governments are also promoting energy-efficient products via subsidies and incentives. The government is also focusing on green procurement, gradually increasing the proportion of energy-saving and environmentally friendly products. This supports the development of energy-efficient security products and systems in fields like government, finance, transportation, and construction. **Party A Is Less Concerned With Security And Energy Conservation** Currently, most building users prioritize building control systems that manage energy use in air conditioning, heating, lighting, elevators, and drainage. These systems are seen as more intuitive and efficient. In contrast, the energy-saving aspect of security systems receives less attention. Users focus on safety features like access control, video surveillance, and alarm systems, without realizing that security systems have become major energy consumers. Many building projects do not pay much attention to energy-saving aspects of security systems. They focus on the performance of security products rather than their energy efficiency. However, from the perspective of building energy-saving development, energy-saving in security systems is a growing trend. Engineering companies and integrators must actively guide customers toward this shift. **Security And Building Control Depth Integration, Linkage Energy Saving** In building construction, people seek both safety and comfort. From a practical standpoint, there are two main systems: security and building control. The former includes monitoring, access control, and alarms, ensuring safety. The latter manages HVAC, lighting, elevators, and more, acting as a housekeeper. These systems are moving from parallel to integrated, with features like access control linkage and shared platforms. During emergencies, they work together to ensure building safety. Industry data shows that integration can achieve 10-20% energy savings. Through centralized control and optimized operations, maintenance cycles can be extended, reducing costs. Security systems can also save manpower and optimize building management, contributing to internal energy savings. By integrating access control, alarms, video surveillance, energy management, and guest management tools, users can manage and control through a unified platform, improving energy efficiency and reducing costs. **High-Definition And Smart Boost The Energy Efficiency Of Buildings** China’s focus on energy conservation and environmental protection in building construction has grown significantly. Policies emphasize green, intelligent, and sustainable development. Lighting and air-conditioning systems are major energy consumers, with lighting accounting for 25-35% of total energy use. Intelligent technology enhances building comfort and energy efficiency. Automatic fresh air systems regulate indoor conditions, improving energy conservation. Video surveillance and intelligent analysis enable temperature and humidity adjustments based on occupancy. Motion detection can trigger lighting and HVAC changes, leading to significant energy savings. High-definition video surveillance reduces labor costs by enabling fewer personnel to monitor effectively. In emergencies, it allows quick responses and reduces the need for on-site security. This not only improves safety but also saves human resources. Traditional analog systems are being replaced by IP-based architectures, which allow better communication and faster expansion. Some smart green buildings already use hybrid simulation and IP-based systems. With global energy challenges, many security companies see energy-saving products as the future. Energy-efficient products are not just market trends—they are essential for success. The future security market will be judged by energy efficiency. As Zhejiang Jianzhong Yao Jianmin noted, energy conservation and environmental protection are central to building development, and security systems will play a key role in this evolution.

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