RS Homes Latest Renovation Project in King City
January 2, 2014 | by Johann Kyser

January 2, 2014 | by Johann Kyser
December 5, 2013 | by Johann Kyser
The environmental impact of our buildings follows in part from the energy we use within them. Conventional non-renewable energy sources such as coal-fired and nuclear power plants are a major source of pollution and green house gases emissions. Thus the more energy we consume from these sources, the more harm we do. And while renewable energy sources such as solar and wind power are important strategies, the most cost-effective solution – the low-hanging fruit – is to reduce our demand.
The primary end use for energy in a conventional home is space heating. This is followed by appliances and lighting, water heating and space cooling. Heating and cooling loads can be reduced through increased insulation and innovative devices such as heat recovery ventilators (HRVs), which move rather than generate heat/cold. Efficient appliances and LED lighting are also helpful in reducing energy consumption. An integrated approach can be extremely effective at reducing energy demand, and can even lead to net-zero and energy producing buildings. The U.S. Department of Energy’s Solar Decathlon highlights this exciting area of design.
November 28, 2013 | by Neda Azarmipour
Home renovation is a great opportunity to make a healthier home for you and your family, reduce your environmental impact and save money. When renovating your exterior walls, be sure to consider:
November 20, 2013 | by Neda Azarmipour
2011 Nominated For Best Home Renovation By BILD!
To make the front door more prominent, an extended, stylish porch was erected. Natural stone was applied for texture and beauty. Copper fascia, new eaves, and a cornice return were added to the gable. To highlight the new windows, precast mouldings were inserted. The bay windows received copper sheathing and the roof was given new shingles. Attractive, beautiful, lower-wall stonework completed the grandeur!
November 12, 2013 | by Johann Kyser