Effect of parallel and serie connection configuration of solar collector on the solar system performances

Abstract

This wo rk consists first to highlight the domestic water heating system transient behavior. The second is to bring out the effect of the series or parallel connection of a set of flat plate solar collectors on the performances of the solar system. Thus, modeling the retained system is based on the overall energy balance method for each component of the solar water heate r while having taken the initial conditions related to the collector. This is based also on the momentum conservation equation in where are considered the singular and linear pressure drop caused by the different component constituting the hydraulic circuit of retaining configuration.The resolution of the equation system was done under MATLAB environment and the effect of the mounting configuration on solar water heating system performances and on the pressure loss in the hydraulic circuit of the solar system has been brought to light. It is observed that unlike to a parallel collectors connection, for the same number of collector mounted in series leads to increase the fluid temperature, increase the thermal loss from the solar panel and by consequent decrease the solar system efficiency. Against, this increases the total pressure drop in the hydraulic circuit of the solar system.

Extensive Analysis of a Reinvigorated Solar Water Heating System Using Low-Density Polyethylene Glazing

“…Sequencing SWHs raises outlet fluid temperature more than paralleling them [44]. As the constructed SWH lacks a storage tank, an experimental-simulated series analysis is performed to obtain the required temperature during inclement weather.…”

Techno-Economic Analysis of a Solar Adsorption Cooling System for Residential Applications in Canada

“…Different locations, chiller, and system sizing will require the solar collection array to be sized and configured in many different variations on a case-by-case basis where there is benefits from series vs parallel collector setups. A study done by Koussa et al [27] compares the effect a series or parallel configuration of a solar collector array has on the achievable system temperature and resultant pressure drop. They found that systems with series connected solar collectors achieved a higher system temperature of 70°C with 5 collectors compared to 60°C of the parallel system.…”