Solahart 302CS13C
300lt Roof Top Solar System
The Solahart LCSD Series is a roof mounted, open circuit system, designed to provide higher efficiency for use in low to medium solar gain areas.
The LCS collector’s absorber plate is coated with the Mirotherm® sputtered selective surface. The Mirotherm absorption and anti-reflection layers provide high solar absorption. An infrared reflecting layer ensures low thermal emission, making the most of the available solar radiation.
6+
Family size
300
Capacity (L)
2
Collectors
5yr
Warranty†
302CS13C Roof Top Solar: Key Attributes
Optimal Performance
Most suitable for areas that receive medium to high levels of solar radiation and are not subject to frost conditions.
Frost Resistant
Solahart Closed Circuit Systems are protected against freezing or harsh water conditions by our exclusive ‘Hartgard’ fluid. ‘Hartgard’ is used to lower the freezing temperature of the Heat Transfer Fluid and so provides protection against freezing.
Envelope Collector
Roof-mounted, closed-circuit systems with revolutionary Envelope solar collectors, offer the very latest in styling and all-weather durability.
Environmental Incentives
There is an incentive resulting in a financial benefit to households that install solar hot water, under the Renewable Energy Target – a Federal Government legislated scheme. Your Solahart Expert can deduct the value of the financial benefit as an upfront discount off your system.
Solahart's roof mounted tank systems save space at ground level and their elegant simplicity make them efficient and reliable. The 302CS13C collector's higher efficiency absorber with its Sputtered Selective Surface maximises the absorption of available solar energy while the closed circuit design makes it suitable for frost prone or poor water chemistry areas. The 302CS13C Envelope collector with five patents pending has been designed to meet or exceed Australian and International Standards in areas of strength and durability
The ceramic lined tank has a protective anode and the CS13C Free Heat series features additional protection. The tank is equipped with an electric booster, alternatively an in-line gas booster is available. The 302CS13C and 302CS13C Free Heat systems are installed with the HartStat OTP (over temperature protection) system to minimise over performance during periods of higher solar radiation and lower hot water draw off.
Space saving roof mount design
Reliable, low maintenance operation
Can cut water heating energy use by up to 83%^
Eligible for Government rebates and incentives
* The suggested price is comprised of RRP less the applicable solar incentive and excluding installation. Solar incentive value applies to 302CS13C system in Zone 3.
^ Energy savings of up to 75% shown are based on Australian Government approved TRNSYS simulation modelling of a Solahart 302CS13C and using a medium load in Zone 3 and apply when replacing an electric water heater. Any savings will vary depending upon your location, type of Solahart system installed, orientation and inclination of the solar collectors, type of water heater being replaced, hot water consumption and fuel tariff. Maximum financial savings off your hot water bill are achievable when replacing an electric water heater on continuous tariff.
† Solahart Warranty Details: 5/5/5 warranty; 5 year cylinder and collectors supply, 5 year parts, 5 year labour. 10/5/5 warranty, 10 year cylinder and collectors supply, 5 year parts, 5 year labour.
How Roof Top Solar Systems Work
Solar Operation
The 302CS13C solar system has its vitreous enamel lined solar storage tank installed on the roof directly coupled to the solar collectors. In the Closed Circuit Series, heat is absorbed by the collector and passed to the ‘Hartgard’ heat transfer liquid inside the collector. As the temperature of the ‘Hartgard’ increases, the hot fluid rises up through the collector by the Natural Thermosiphon Principle, into the heat exchanger jacket around the potable water storage tank. Here, the heat is transferred to the potable water, cooling the ‘Hartgard’ fluid. The cooler fluid is then forced back down into the collectors through the displacement action of further hot fluid rising up into the heat exchanger jacket.
Orientation of Solar Collectors
To help maximise system performance, solar collectors should be installed with an optimum orientation facing true north (in the southern hemisphere) or true south (in the northern hemisphere). Always check for true north or true south using a compass or other suitable device.
To help maximise system performance, solar collectors should be installed with an optimum inclination. This is equal to 90% to 100% of the local latitude angle when collectors are oriented within 60° of true north or true south, and between 10° and 20° if the collectors are oriented between 60° and 90° from the optimum orientation. Generally, improved summer performance is obtained from an angle of inclination less than the optimum angle and improved winter performance is obtained by an angle of inclination greater than the optimum angle. If the angle of inclination varies by 20° from the optimum angle, the solar collectors will receive about 10% less total annual solar radiation.
solar boosting
In-Tack boosting
An isolating switch is installed in the electrical meter box for an electrically in-tank boosted model. This should be left switched on to allow the booster heating unit to operate if required. The booster heating unit is for heating the water at times of low solar energy gain, such as during very cloudy or rainy weather, or during the colder months. The booster heating unit will only activate if heating is required and power is available from the switchboard. When the water is below the thermostat setting, the booster heating unit will turn on and heat the water. The booster heating unit will automatically turn off when the temperature of the water reaches the thermostat setting. If the water temperature drops below the setting again the booster will re-activate.
In-Series Gas Boosting
An in-series gas booster (also known as a continuous flow gas booster) can be installed between the solar water heater and the hot outlets in the house. This booster should be permanently active. The booster senses the temperature of the water passing through it: if the water temperature is above its temperature setting it does nothing; if below it will automatically heat the water up to the preset outlet temperature setting. This gas booster ensures hot water delivery for a variety of hot water demands without the need for user intervention while enabling maximum solar energy contribution to the water heating. For more information on this booster, consult the owner’s manual for the product.