![]() Hydronic slab heating using a solar powered heat pump systemġ8. Black Oxide insulated concrete floor providing thermal massġ7. ![]() Double glazed windows with optimised eavesġ6. ![]() ![]() Heat recovery ventilation system (HRV) to pre-heat or pre-cool fresh air, with exhausted stale air from the bathroom and kitchenġ4. Building-integrated PV: optimal use of building roof and façadeġ2. Design standards to ensure acoustic comfortġ1. Design standards to ensure indoor air qualityħ. Heat pump hot water & floor heating systemĦ. Low power consumption with 12.5 KW hybrid solar PV – vertical wind turbine system and 30.00 kwh battery storage (with a 7.5 kVA / 2.W backup generator)ĥ. Breathable thermal render for stone wall insulationĤ. This framework is based on our Project Management & Delivery Excellence Folderand it outlines the initiatives, methods and strategies for carbon reduction in the construction, obstacles and challenges faced by similar residential projects, mechanisms and methodologies that helped us overcome the difficulties, and low-carbon solutions applied to design, construction, and operation for past off-grid houses in Crete, Greece.Ģ. Initially, a due-diligence framework is developed to scrutinize the interrelated components of the process in achieving energy efficiency or net-zero energy, including the drivers of the client, initiatives, challenges, facilitators, results, and achievements. To proficiently design an off-grid property, requires the successful integration of a wide range of emerging technologies dedication, diligence and tenacity.Īchieving energy efficiency, and thereby low-carbon construction, is only possible by implementing the lessons learned form the past and the advantages of the modern energy engineering technology. The property has been used as a prototype, to successfully apply and integrate passive and environmentally sustainable design methods to establish design excellence and visual aesthetic from all aspects of form, space, order, color, and detail.Ī truly off-grid property does not rely on public utilities and can provide its own energy needs through state-of-the-art renewable energy technologies and integrated eco-friendly systems. Many property buyers and real estate investors express their request to visit the property in order to realize what some of these features look like or how they operate in real terms. This wonderful off-grid residential property in Stavros, Akrotiri, Chania has many design features you don’t normally find in most houses in Crete. Since the amount of available energy is dependent on what is stored in the battery banks, off-grid property owners often adopt sustainable living strategies to increase the efficiency of their properties. Despite the fact that in Crete there is an average of 2916 hours of sunlight per year, the sun does not shine at night and wind patterns can be irregular, a battery bank allows off-grid property owners to store their energy for ’round the clock use.Īdditionally, a truly off-grid property does not rely on municipal or public utilities and can provide its own water needs through sources of greywater recycling and rainwater harvesting systems.īecause off-grid properties don’t rely on public utilities, a deeper sense of renewable energy systems performance and maintainability importance is required. Usually, off-grid homes have a solar battery bank to store the energy produced from their photovoltaic panels.
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