At our company, we pride ourselves on providing comprehensive turnkey solutions for heat pumps. Whether you're considering the installation of a heat pump for your swimming pool or in need of a hot water heat pump for your home or commercial property, we are equipped with the expertise and resources to assist. Please do not hesitate to get in touch with us to discuss your requirements and explore how we can help you achieve your heating and energy efficiency goals.
HEAT PUMP CONDENSER PIPING
We provide comprehensive piping services connecting calorifiers and hot water heat pumps, encompassing all necessary instrumentation. The type of pipe utilized in our installations is contingent on the operating pressure of the calorifier. Most commonly, we use PPR (Polypropylene Random Copolymer), CPVC (Chlorinated Polyvinyl Chloride), and copper pipes. Each of these materials brings distinct advantages to bear in different operating conditions, ensuring that every installation we carry out is optimally configured for safety, durability, and performance
HEAT PUMP EVAPORATOR PIPING/ SOURCE PIPING
For water source heat pumps, we further extend our services to encompass source piping works. This includes drawing from chilled water return lines for the evaporator connection of the heat pumps. Our team is proficient in these specialized installations, adhering to all safety regulations and ensuring optimal performance of your heat pump system
For source piping used in water source heat pumps systems, we primarily utilize materials of either HDPE (High-Density Polyethylene) or carbon steel. These materials are chosen for their durability, resilience to temperature fluctuation, and resistance to corrosion. HDPE offers the advantage of being lightweight yet robust, making it suitable for environmental conditions where flexibility and impact resistance are crucial. Carbon steel, on the other hand, is known for its incredible strength and high heat tolerance, making it ideal for applications demanding high-pressure and temperature-resistant capacity. The choice of pipe material is made after careful evaluation of the system requirements to ensure safety, reliability, and long-term operational efficiency.
HOT TAPPING
In addition to our piping services, we also handle all aspects of the electrical installation required for your heat pump system. This includes electrical cabling work, complete with cable trays for safe and organized routing. Our experienced team ensures that the installation adheres to all safety standards and technical specifications, offering you peace of mind knowing that your system is professionally installed and optimized for efficiency.
LINE DEVICES
Ensuring the integrity and full functionality of your heat pump system, we provide installation services for all necessary pipeline devices. This includes valves, which manage the flow of water or coolant in your system, non-return valves (NRVs) to ensure unidirectional flow, and strainers that filter out debris to prevent clogging or damage to the heat pump. We also install flexible connectors, which accommodate movement and reduce stress on the system, augmenting its longevity. Our skilled team carefully installs these components, ensuring they function optimally to support the overall efficiency and reliability of your heat pump system.
BTU And ENERGY Metering
To quantify the energy efficiency and savings associated with your heat pump system, we incorporate BTU (British Thermal Units) and energy metering into our installations. The BTU meter measures the energy content of the heat transferred across the system, providing an accurate reading of energy consumption. Additionally, the energy meter monitors the electrical energy consumed by the heat pump, allowing you to assess the system's overall energy usage. By measuring and monitoring these values, you can track the efficiency of your heat pump system, ensuring the realization of energy savings that heat pumps promise. This tracking also allows for proactive maintenance and potential system adjustments, further optimizing energy efficiency.
INSULATION
To ensure heat losses are minimized and condensation from source chilled water piping is eliminated, a critical aspect of our installations is the inclusion of high-quality insulation. We use elastomeric insulation, known for its superior thermal properties and moisture-resistance, effectively preventing energy wastage and fostering optimal operating conditions for your heat pump system. Depending on the specific requirements and conditions of your installation, we supplement this insulation with either foster and cloth or aluminium cladding. Both of these options provide additional protection against external factors, further enhancing the longevity and performance of your system. Our precise insulation methods support the effective operation of your heat pump, contributing to its efficiency and reliability.
CIRCULATION PUMPS
An integral element of our heat pump installations is the use of circulation pumps. These are essential devices that create the flow of fluid between calorifiers and heat pumps, and in the case of water source heat pumps, between the source and the evaporator of the heat pump. Functioning as the heart of the system, circulation pumps ensure the continual and efficient transfer of heat energy. Their role is fundamental in maintaining a consistent operational state, thereby contributing significantly to the overall energy efficiency and performance of the heat pump system.
PIPE SUPPORTS
Acknowledging the importance of a sturdy and vibration-resistant installation, we pay meticulous attention to the proper supports used in our heat pump installations. Utilizing high-quality, durable support structures, we ensure a secure and steady setup that can withstand the operational vibrations of the heat pump system. These support mechanisms not only provide stability but also help in mitigating the potential damages caused by long-term vibration. Our dedication to robust installation safeguards the operational integrity of your system, enhancing its longevity and maintaining optimal performance.
