Kingspan adds to large-scale solar-thermal offering

Kingspan Renewables, solalr thermal, domestic hot water, DHW

Kingspan Renewables has strengthened its range of renewable-energy solutions for the commercial and industrial sectors with the introduction of solar-loading stations and fresh-water modules. The solar-loading stations (pictured) are designed to enable the quick and easy connection of medium- to large-scale solar-thermal arrays to thermal stores. The range of fresh-water stations provides for the efficient production of large volumes of domestic hot water.

These custom-designed solutions are available as integrated packages with all the major components for the primary solar-loading circuit and secondary charging circuit. The package includes integrated controls with sensors and additional outputs for user configuration.

Solar-loading modules are available for collector arrays from 50 to 450 m2. The module and primary buffer is pre-plumbed, wired and engineered. Intelligent controls optimise efficiency and eliminate losses from the panels. Managing heat transfer decreases the issues of scaling in the heat exchangers, reducing maintenance costs.

The fresh-water modules produce large volumes of hot water from thermal store, with flows from 100 to 350 l/min. Industrial-grade components provide a long maintenance-free life, and preconfigured electronic controls ensure user-friendly operation.

For more information on this story, click here: Feb 2012, 174
Related links:
Related articles:



modbs tv logo

Yorkshire and Humber leaders set out plans to tackle skills shortages

Leaders from across Yorkshire and the Humber came together on Friday 11th September to launch ambitious plans aimed at tackling the region’s growing construction skills shortages.

Six in 10 UK businesses look to adapt operations in response to extreme heat

According to the Q2 Barclays Business Prosperity Index, six in 10 businesses surveyed (60%) have either increased investment to adapt to extreme heat (37%) or are considering doing so (23%).