ARCHITECT Allan A. Teske ARTIST
Services  
  Homes Built with M2 Panels
Initially Allan A. Teske and Associates can consult customers (Homeowners, Builders) on which way to proceed with integrating smart technology into their structures. This can be done by paying for a design instead of allowing the contractors to continue to work on separate parts of the structure(s) without interacting or integrating together. With a well integrated plan the contractors can be consulted to work together as a team with smart technology integration as a common goal. A question that many people may have is "How can smart technology be integrated into everyday living spaces?" The First step is to understand how each facet of the home can be automated with technology. Some of the technology components of automation that can be installed into a structure involve systems like:


 
 
• HVAC
• Faucets
• Plumbing
• Water Tanks
• Electrical
• Camera Surveillance
• Security Alarm
• Door Access or Keyless Entry
• Windows
• Lights
• Solar and Natural Power Sources
• Heating System Ducts
• Television and Music
• Refrigerators
• Stoves
• Outlets
• Phone and Satellite or Cable
• Internet
• Wireless
• Air Pressure Sensors
• Room Temperature Sensors
• Speakers and Microphone Controls *
• Computer Controls *
• Phone controls *

* (these items are methods of control for complete system)
     
  The lists of products that can be installed in a customers (homeowner, builders) structure are unlimited. The best way we have found to be efficient in determining the right amount of products to introduce to a customer's structure, are to first determine the best ways to make the house capable of receiving the systems in a now or later formula. Next we determine the best way to install these devices or systems by interacting with the customers contractors working on the project. This is helpful because it saves money and time by allowing Allan A. Teske and Associates to consult to the contractors on the right and wrong devices to use based on the trade they are responsible for. This means the customer does not have to pay for things twice. This task is accomplished by having an integration design done to configure the best products to use and how to interface them with the contactors. In some cases just by using a particular part on Heating and Air conditioning system or a electrical system can make it smart ready. After the design is completed and the contractors are consulted on proper smart devices to include in their installs, Allan A. Teske and Associates can then assist in any missing area of expertise to pick up the slack and assist in the completion of missing components, programming and customers support that is needed to complete the Integrated Automation. It is important that Allan A. Teske and Associates aids contractors on the projects with the assistance they need to make the integration process successful for the products and/or items required. This will ensure correct installation specifications for the different systems being integrated. If these steps are not followed you run the risk of not having proper project management to implement the different materials needed to construct a successfully integrated structure. A customer can alleviate problems with products that may need to be changed or relocated unnecessarily because of poor planning; by having an Integration Design beforehand, construction can be completed smoothly and timely according to budget. Once the design is completed, Allan A. Teske and Associates will be able to give tips, suggestions and make appropriate introductions to professional service providers that can show you how to recoup money on your investments. Some of these investments include, but are not limited to, energy efficient and sustainable mortgage options, tax benefits, utility bill savings and federal and state reimbursement programs.


 
  Sustainable Materials
With our utility companies raising the pricing for gas and electric every year it is getting harder to keep these bills low. We believe that the right combination of sustainable materials can help to insulate homes better, implement draught proof windows and doors, use energy efficient electricity devices, create and install renewable energy products. Building materials choices are important in sustainable design because of their ability to reduce costs after the general contractor is long and gone. Using efficient materials also have a longer lasting effect on our environment as well.

The advantage of a new build home is that every measure can be taken to improve the energy efficiency of your house. Utilizing the wide array of building materials within the architectural design of new structure will help homes buyers receive a huge return on their investments. According to some statistics the energy used in homes accounts for 48% of Britain's greenhouse gas emissions.

GREEN BIZ Quote:

Buildings produce roughly a third of carbon dioxide emissions and other emissions that harm air quality. Additionally, buildings generate waste during construction and operation; can have poor indoor air quality, affecting worker health; and often don't consider the impact made on the community through increased transportation, sprawl, and cultural and historical impact. By integrating natural resource, human health, and community concerns into building design and construction, architects and designers can create buildings that are cleaner, healthier for occupants and the environment, and which deplete fewer resources. Because traditional buildings consume large amounts of energy and other natural resources and can harm the environment around them, there's a swelling interest in building more eco-sensitive structures. And sustainable design strategies and measures are constantly evolving and improving. New technologies are continually introduced to the marketplace and up-to-date scientific research influences building design strategies.


M2 Panels
Click on the documents below to view additional information about M2 Panels



Homes Built with M2 Panels

Home build with M2 Palens Home build with M2 Palens
Home build with M2 Palens Home build with M2 Palens

Solar Power
Solar Thermal
Winston Series CPC — The Winston Series CPC is a patented Compound Parabolic Collector utilizing non-imaging optics to focus sunlight onto a high efficiency absorber tube. The CPC is a flat plate non-evacuated single glazed collector. The dimensions of each collector is 82.44"x41.77"x3.31". The enclosure box frame wall is an aluminum extrusion (alloy: 6063 T6), with a powder coat finish. Mounting hardware clip to the collector frame wall without the aid of any frame wall penetrations, and certified to a wind loading of more than 180 mph (94 psf). Collectors are warranted for ten years.



Geothermal
Your own backyard has the potential to be an energy source for heating and cooling comfort. Outdoor air temperatures fluctuate throughout the year with the changing seasons. In contrast, ground temperatures about four to six feet below the Earth's surface remain relatively moderate and constant all year. That's because the Earth absorbs 47% of all the heat energy that reaches it's surface from the sun. A geothermal system circulates a water-based solution through a buried loop system to take advantage of these constant temperatures. A single piece of equipment has the ability to heat and cool your home, while providing some or all of your home's hot water as well. Geothermal systems can save you 30% to 70% on your monthly utility bills.
Heating Cycle
During the heating cycle, the fluid circulates through the loop extracting heat from the ground. The heat energy is transferred to the geothermal unit. The unit compresses the extracted heat to a high temperature and delivers it to your home through a normal duct system or radiant heat system.


Cooling Cycle
For cooling, the process is simply reversed. Because the earth is much cooler than the air temperatures on a hot day, the geothermal system removes heat from the home and deposits it into the ground. The fluid is cooled by the ground temperatures and returned to the unit for cooling your home.



Solar PV
Solar PV
Today many people use solar electric systems and complementary, sophisticated electronics to provide primary or backup power for their homes and businesses.