Management seeks to continue developing Haiti’s renewable energy infrastructure.
Purepoint Energy, a Norwalk based company, expresses sorrow for victims of the January 10 earthquake. The Company, which completed a solar project in 2009, is grateful that the team it worked with in Fermathe, Haiti is safe. Purepoint continues to be concerned about the large destruction of infrastructure in Haiti.
Haiti often has the lowest coverage of electricity in the Western Hemisphere with only about 12.5% of the population having regular access to electricity. In addition, Haiti’s large share of thermal generation (70%) makes the country especially vulnerable to rising and unstable oil prices. With regard to renewable sources, hydroelectric generation accounts for about 26% of total installed capacity. With regard to solar power, rural electrification projects could apply off-grid solar technology. PurePoint Energy is continuing to see if it can provide any expertise or services to any of these projects.
Purepoint Energy is an international installer of renewable energy systems and components. PurePoint Energy is an approved eligible installer for the Connecticut Clean Energy Fund (CCEF), the New York Energy Research & Development Authority (NYSERDA) and Renewable Energy Vermont (REV).
The company also has experience working in Haiti and throughout the United States, Latin America and the Caribbean. In late 2009, Purepoint installed a 2.1KW solar panel system in Fermathe Haiti. More information on this project can be accessed at:
http://www.purepointenergy.com/
Tom Wemyss
PurePoint Energy
203.642.4105
28 Knight Street
Norwalk, CT 06851
Renewable energy developer and consultant specializing in the installation of solar, wind, and biomass technologies. Based in Norwalk, CT, primarily serving clients in throughout New England as well as up and down the East Coast. Visit www.purepointenergy.com for more info.
January 21, 2010
December 14, 2009
A New Roof and Solar Energy All in One
Is your roof getting old? Is it time to replace it? Why not also consider installing a solar energy system as part of your roof. Cutting edge technology over the last decade called solar shingles has emerged as a newer type of photovoltaic modules that can be incorporated into buildings (BIPV – see previous blog). These solar shingles have been designed to look and act like regular shingles, but have the added benefit of creating energy from the sun. These shingles use flexible thin film cells which allow them to be installed as part of the roof. These shingles help extend the normal roof life by protecting against water damage and ultraviolet rays. Also, since solar shingles replace traditional shingles, a homeowner will save on materials and will benefit from reduced electricity costs. Depending on the type of roof, solar shingles are available in different sizes and styles.
Dow Solar Shingles
Please contact PurePoint Energy with any questions and to find out more about renewable energy options. http://www.purepointenergy.com/your.htm
November 18, 2009
Top 10 Reasons to Pick PurePoint Energy:
- Superior Customer Service: We listen to you because you are our top priority.
- Turnkey Solutions: We are your one stop green energy solution.
- Solar, Wind, Hydro or Biomass: We’ll put your resources to work for you.
- Variety of Products: We will get what you want. We have non-exclusive relationships with a host of manufacturers.
- Aesthetics: We can do solar shingles, wind turbine sculptures or translucent solar skylights! Your imagination (and physics) is our only limitation.
- Honesty and integrity is paramount.
- Off-Grid Specialists. Need clean electricity in a rural place (Islands, Mountains, International)? We’ve been there and done that.
- Think you’ve got Wind? We have high quality commercial grade wind data recording and analysis equipment to see if wind energy is the right choice for you
- In depth complimentary proposals: because knowing is half the battle
- Site visits: Have you ever wondered what it takes to start saving money and
helping the environment? It only takes one call, so call today 203.642.4105
Please visit http://purepointenergy.com for all you alternative energy needs.
November 9, 2009
BIPV – Solar Energy with an Aesthetic Appeal
For some interested in solar energy, the look and size of the solar panels that sit atop
a house or building can be an eyesore. While some like the futuristic look of the solar panels, others view a solar array as a clunky addition to a building. However, nowadays, solar panels don’t have to jut out of the exterior of a house with no regard for aesthetics. A Building Integrated Photovoltaic system (BIPV) consists of integrating photovoltaic modules into the structure of the building, most often into the roof or the façade. Unlike the traditional hard crystalline PV panels, BIPV modules include a variety of different materials that can be incorporated into the building itself. For instance, solar roof tiles can substitute for traditional shingles while generating electricity and blending right into the roof. Façade PV modules can be installed on buildings giving them a whole new chic, futuristic look. The ability to alter the transparency of solar panels can allow PV modules to replace materials that are commonly made with glass and similar materials such as windows or skylights.

a house or building can be an eyesore. While some like the futuristic look of the solar panels, others view a solar array as a clunky addition to a building. However, nowadays, solar panels don’t have to jut out of the exterior of a house with no regard for aesthetics. A Building Integrated Photovoltaic system (BIPV) consists of integrating photovoltaic modules into the structure of the building, most often into the roof or the façade. Unlike the traditional hard crystalline PV panels, BIPV modules include a variety of different materials that can be incorporated into the building itself. For instance, solar roof tiles can substitute for traditional shingles while generating electricity and blending right into the roof. Façade PV modules can be installed on buildings giving them a whole new chic, futuristic look. The ability to alter the transparency of solar panels can allow PV modules to replace materials that are commonly made with glass and similar materials such as windows or skylights.
These BIPV systems serve not only to create architectural appeal but also provide savings in materials that would otherwise be used and reduced electricity costs. Along with this, these systems will help protect against the weather and will be a source of clean, renewable energy.
To find out more about BIVP systems and solar energy please visit us at http://www.purepointenergy.com/
November 4, 2009
Freedom: Off-Grid in Haiti.
Off-Grid Living in Haiti
Haiti is one beautiful country with an abundance of culture, agriculture and sunshine. The country's rugged landscape is surrounded by crystal clear blue water escalating into dramatic mountains in the core. One luxury that is not readily available in this country is electricity.
According to the World Bank:
According to the World Bank:
Only 12.5% of Haiti's population has access to regular electricity. These electric costumers receive an average of 10 hours of electricity per day.
This very much held true while we were in Pétionville, a suburb of Port-au Prince where electricity appeared and disappeared with no regularity. Our client is constructing a home in rural Haiti on top of a mountain with no access to grid electricity or water.
Our goal was to create a cost effective solar electric system that would meet all the energy needs of our client while being low in maintenance. We began with a thorough energy analysis - assessing the demands of both small and large appliances. The new home has been designed to be extremely energy efficient. The final design was a 2100 watt system with backup batteries.
While the house was constructed, PurePoint Energy scrutinized over each component of the system - as getting equipment last minute in Haiti is either timely and costly. Each trip to the local hardware store to pick up some bolts, nuts and other miscellaneous items took 6 hours.
Our planning paid off and the installation went as smooth as could be expected.
While the house was constructed, PurePoint Energy scrutinized over each component of the system - as getting equipment last minute in Haiti is either timely and costly. Each trip to the local hardware store to pick up some bolts, nuts and other miscellaneous items took 6 hours.
Our planning paid off and the installation went as smooth as could be expected.
For more Pictures of our Haiti Trip and other projects click here
We look forward to doing more projects in Haiti, the Caribbean and beyond.
Please contact PurePoint Energy for your energy needs:
Office: 203.642.4105
www.purepointenergy.com
PurePoint Energy completed a 2.1 kW Photovoltaic System for the Currelly residence.
Please contact PurePoint Energy for your energy needs:
Office: 203.642.4105
www.purepointenergy.com
PurePoint Energy completed a 2.1 kW Photovoltaic System for the Currelly residence.
October 5, 2009
PurePoint Energy Awarded One of Five Grants for Solar Energy Projects in the State of New York
Back in July, PurePoint Energy worked on its first USDA Rural Development grant application for a 22.8 kW solar project for the Hepworth Farms in Milton, NY. Just this week the USDA awarded close to $1 million for renewable energy projects, and Hepworth Farms was given a grant of $45,000 for their solar photovoltaic system.

Future Site of 22.8 kW Solar Photovoltaic System
The funding comes from the USDA’s Renewable Energy for America Program (REAP), which gives grants and loans to farms and rural businesses for renewable energy systems and energy efficiency improvements. The program, which requires matching funds from the farm or business, has allowed an increasing number of farms and small businesses the ability to invest in clean energy. PurePoint Energy is excited for the grant approval and looks forward to moving into the installation phase of the project in the coming month.
To learn more about renewable energy and to find out what grants and loans might be available for your business, please visit us at www.purepointenergy.com.

Future Site of 22.8 kW Solar Photovoltaic System
The funding comes from the USDA’s Renewable Energy for America Program (REAP), which gives grants and loans to farms and rural businesses for renewable energy systems and energy efficiency improvements. The program, which requires matching funds from the farm or business, has allowed an increasing number of farms and small businesses the ability to invest in clean energy. PurePoint Energy is excited for the grant approval and looks forward to moving into the installation phase of the project in the coming month.
To learn more about renewable energy and to find out what grants and loans might be available for your business, please visit us at www.purepointenergy.com.
September 24, 2009
Getting the Most out of Your Solar Panels – Maximum Power Point Tracking
Traditionally, it was expected that a solar panel, lets say one rated at 130 watts, would only produce a portion of those watts (say only 88 watts) due to inadequate voltage levels between the panel and the battery in off grid systems. Most panels are designed to put out 16 to 18 of actual volts, while a typical battery produces somewhere around 12 volts. A standard charge controller transfers the current from the panels directly to the battery resulting in the panel voltage being dragged down to sync with the battery. Up until relatively recently this was the norm. However, with the creation of the Maximum Power Point Tracker (MPPT), solar panels have been able to produce power much closer to their optimal electric load. A MPPT is a high efficiency DC to DC converter that uses inverter technology to convert the voltage that the panel wants to work at for maximum power and turns that into more current at the voltage level of the working battery. A MPPT works to track what is called the maximum power point, which changes based on weather conditions and the time of year. Without a way of tracking this power point, it won’t be reached. Nowadays, on-grid inverters use MPPTs to maximize power from the solar panel array. For off grid systems, an MPPT charge controller is utilized to generate maximum power. More recently, MPPT charge controllers have become more affordable making it a very wise investment for any off-grid battery supported solar energy system.
To find out more information about solar energy please visit http://www.purepointenergy.com/
To find out more information about solar energy please visit http://www.purepointenergy.com/
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