Harness the capabilities of Internet of Things with advanced LoRaWAN connectivity and devices.
At PrimePick, we believe in delivering top-tier IoT solutions through strategic collaborations with industry leaders. By partnering with companies that have long-standing reputations and proven track records, we ensure that our offerings are not only best of breed, but also grounded in reliability and excellence. This approach allows us to combine our innovative vision with the practical, tested expertise of our partners. Additionally, we offer customization options for new solutions or enhancements tailored specifically to meet your unique needs. For our customers, this means access to the best of both worlds: fresh, transformative technology supported by decades of industry success and personalized to fit your specific requirements.
The technology of today enables establishments to dynamically adjust energy consumption based on real-time data about occupancy, weather conditions, and the performance of building assets. By integrating smart meter sensors and sophisticated adaptive controls, we can transform your facilities to efficiently manage cooling, heating, and li
The technology of today enables establishments to dynamically adjust energy consumption based on real-time data about occupancy, weather conditions, and the performance of building assets. By integrating smart meter sensors and sophisticated adaptive controls, we can transform your facilities to efficiently manage cooling, heating, and lighting systems. This is not just about reducing energy waste; it is about optimizing every aspect of environmental control to ensure maximum comfort and operational efficiency. With these responsive and adaptive solutions, we can immediately enhance how your establishments operate and serve the people within them, turning them into intelligent environments that are prepared for the demands to optimize how we live and work.
With our advanced structural health monitoring systems, we can immediately evaluate the damage to buildings after an earthquake. These systems are equipped with sensors and data loggers that capture the building's seismic responses in real-time. This enables us to provide a quick and objective assessment of structural integrity, moving b
With our advanced structural health monitoring systems, we can immediately evaluate the damage to buildings after an earthquake. These systems are equipped with sensors and data loggers that capture the building's seismic responses in real-time. This enables us to provide a quick and objective assessment of structural integrity, moving beyond the traditional, time-consuming, and laborious visual inspections by engineers. Implementing this technology not only enhances safety and speeds up recovery processes but also minimizes risks to both engineers and occupants. It transforms your buildings into resilient structures that actively communicate their condition post-disaster, enabling a more efficient and safer response to seismic events.
In the words of management guru Peter Drucker, "You can't manage what you can't measure." This principle is especially relevant in the context of energy management, where understanding your baseline energy consumption is the first step toward achieving sustainability goals. Many companies, however, find themselves hampered by outdated infrastructure or a lack of strategic planning for equipment upgrades, making it difficult to improve energy efficiency.
The challenges extend beyond operational efficiency to legal compliance. Republic Act 11285, also known as the Energy Efficiency and Conservation Act, sets forth a framework for reducing energy consumption and promoting sustainable practices in the Philippines. Compliance with this law is not just about meeting statutory requirements—it's about contributing to a larger, national effort towards energy sustainability.
For businesses, compliance involves conducting regular energy audits, implementing energy management systems, and submitting periodic reports on energy usage and conservation measures. By aligning with these requirements, companies not only adhere to the law but also position themselves as responsible corporate citizens committed to sustainable development.
Embracing advanced energy management technologies can be a game-changer in this regard, enabling businesses to measure and manage their energy use more effectively, identify areas for improvement, and ensure compliance with RA 11285. Through these efforts, organizations can achieve significant cost savings, enhance their operational efficiency, and make a positive impact on the environment.
Our advanced Smart Energy Meter empowers consumers and businesses alike to achieve significant energy savings and optimize their electricity consumption. This sophisticated device offers real-time insights into energy usage, allowing for effective management and enhanced operational efficiency. By providing detailed analytics, the Energy Smart Meter supports strategic modeling of energy systems, enabling accurate predictions of electricity needs and fostering a deeper understanding of consumption patterns.
Additionally, its capacity to analyze service performance ensures unparalleled quality, making it an essential tool for modern energy management.
Experience precision in environmental monitoring with our compact, stylish LoRaWAN sensor, designed for accurate temperature and humidity measurements. Encased in a robust IP65-rated shell, it's engineered to withstand harsh outdoor elements as well as fit seamlessly into indoor environments. Powered by a durable, long-lasting lithium battery that ensures up to five years of service, this sensor minimizes maintenance needs while providing continuous, reliable data.
The device supports a wide range of applications—from climate control systems to smart agriculture, making it a versatile choice for any setting.
Our Indoor Air Quality (IAQ) Monitoring Solution equips building owners and managers with advanced tools to ensure safe and energy-efficient environments. By providing real-time insights into air quality, humidity, and CO2 levels, this system not only safeguards occupants against airborne contaminants but also optimizes energy use. Elevated CO2 levels can indicate overcrowding, prompting adjustments to ventilation which improve air quality and reduce energy waste.
Our sensors deliver precise measurements of particulate matter, volatile organic compounds, and carbon dioxide, enhancing indoor air quality and helping to prevent the spread of infections. These wireless, low-power devices require minimal maintenance, offering a sustainable solution that supports continuous monitoring and informed management of building spaces.
The Department of Public Works and Highways (DPWH) has established specific guidelines requiring the installation of earthquake recording instruments (ERIs) in buildings, particularly those situated within Seismic Zone 4 of the Philippines. This zone encompasses most of the country, highlighting regions that are within a 200-km radius of Type-A faults, known for their high seismic activity. Unlike Palawan and Tawi-Tawi, which are in Seismic Zone 2, the majority of the Philippine territories must adhere to these stringent safety measures.
The guidelines, rooted in the provisions of the National Structural Code of the Philippines (NSCP) first mandated in 1992 and emphasized in subsequent 2001 and 2010 editions, aim to enhance building safety.
The main objectives include:
Buildings located in Seismic Zone 4 must install ERIs to comply with these guidelines, thereby contributing to the overall resilience of infrastructural assets. Our product suite is designed to support compliance with these DPWH mandates, offering precise earthquake recording capabilities that not only meet but exceed the specified requirements. By integrating our technology, stakeholders can significantly enhance the safety and integrity of buildings, ultimately reducing potential losses in lives and property during significant seismic events.
This comprehensive approach not only ensures compliance with national standards but also empowers engineers and local authorities with the necessary data to continuously improve safety protocols and structural designs, safeguarding the future of our built environment.
Our advanced earthquake alert system is designed to enhance safety and awareness through a smart, wall-mounted interface. It plays a crucial role in hybrid Early Earthquake Warning (EEW) systems by delivering warnings via its intuitive touch screen, a multicolored LED tower, and a loudspeaker.
Overview and key features:
Our system is designed to be a comprehensive and reliable part of any earthquake readiness strategy, providing clear and immediate warnings to help minimize risk and enhance safety during seismic events.
The P-Alert Network Accelerometer is a sophisticated device designed to enhance earthquake safety. It detects preliminary seismic waves (P waves) and assesses the potential severity of the following shockwaves.
Here’s a simplified overview of its key features:
Ideal for earthquake-prone areas, the P-Alert Network Accelerometer is a reliable tool for early warning and risk mitigation, helping to protect facilities and ensure safety during seismic events.
We are a team of dedicated innovators, committed to harnessing the power of the Internet of Things to revolutionize everyday interactions. Specializing in advanced LoRaWAN connectivity and devices, we provide tailored solutions that enhance efficiency, connectivity, and sustainability for businesses and consumers alike.
To empower our clients by delivering best of breed technology solutions that are both accessible and impactful, enabling them to achieve their highest potential in a connected environment.
To be the catalyst for change to revolutionize how businesses and consumers interact with their environments. By leading the adoption of smart, sustainable IoT technologies, we strive to create a more connected and resource-efficient world.
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