When it comes to school construction, there are a few key drivers. Projects are often influenced by community needs, changes in curriculum, advancements in learning practices and financial circumstances. And when you work on these projects first-hand, there are many lessons learned. Over the years, we've partnered with both public and private school districts to design, construct, expand and renovate nearly 100 educational facilities.
While the idea of "going green" has been around for many years, the concept has picked up momentum in recent years. In nearly every area of industry, you'll find opportunities for green initiatives. Why? Because there are real, tangible benefits associated with going green.
The relationship between a business and its local community is more than proximity. It's a partnership. Both sides have to opportunity to benefit from one another, which makes it important to foster and nurture that relationship. At Winkelman Building Corp., we believe a positive relationship with the local community is well worth the effort.
We're not strangers to green building and sustainability here at Winkelman Building Corporation. From our earliest beginings to where we are now, appreciation and respect for the environment has always informed our actions. One of the avenues that's helped us get to where we are today is LEED.
Don Winkelman, Sr. founded Winkelman Enterprises in 1969. It was a family-owned construction business that became Winkelman Building Corporation in 1983. From the beginning, respect for the environment and appreciation for nature was a focal point for this Central Minnesota construction company. And, while many know Winkelman Building Corp. is passionate about sustainable construction and green building, not many people know why.
Topics: Green Building
Solar power provides energy to offices, schools, and municipal buildings. New advances in solar technology, along with reduced costs for solar materials and federal and state tax credits and rebates are making solar a popular choice for alternative and sustainable energy. It has become a desirable option for meeting energy needs in both the private and commercial sectors. Solar power is quickly making its way onto traditional power grids. And, with the growth of sustainable construction on the horizon, more people are looking to source their energy from solar power.
Solar energy and geothermal energy are both safe, renewable energy sources that do not depend on fossil fuels. Both options are successful in residential and commercial settings. They work well in conjunction with each other and they also excel as individual power systems. And, they occur together almost as often as they do separately.
Chances are you’ve heard about the “go green” movement. What you may or may not know is that “going green” and being sustainable is an opportunity within your construction projects too. Over the years green-designed construction projects have included churches, office buildings, schools and universities, maintenance buildings and production facilities.
The majority of these projects implement geothermal technology as a way to promote sustainability and green building. Today, I’m sharing 6 reasons geothermal technology is valuable in green building, but first, let’s answer the big question: What is geothermal technology?
Earth Day is on the horizon, and green building is on the tip of everyone’s tongue. With something as often discussed as solar power, there’s bound to be a few misconceptions making the rounds. After all, conflict and controversy make for attractive talking points. Today, I’m bringing five common solar power myths to light.
When considering energy efficient solutions, solar power and wind power inevitably come up. As two of the most common sources of renewable energy, they are often lumped together. Although both solutions have overlapping qualities, their differences definitely outweigh their similarities. If you’re interested in alternative, eco-friendly solutions but are unsure which one best suits your needs, you’ve come to the right place. I’ll detail the similarities and differences of these two energy solutions and clarify which one works best in various situations.