Welcome to our web site; here you will find out what we are passionate about, new ideas, innovation, and developing stories about the renewable industry. Making a difference in the Energy Field is what makes us tick.
Let's dive in and explore how we're shaping the future.
Energy Ecology Engineering (3E) was founded in 2010 providing services to the energy industry, public services, as well as energy consulting, that included construction, installation and commissioning of utility and domestic power systems.
Since 2017 3E has successfully provided expertise and assistance during the development of predominately Wind Energy projects all over Kazakhstan, from Taraz in the south to Petropavlovsk in the North and Fort Shevchenko (Aktau) in the west, and close to the Chinese border in the East of Kazakhstan.
Develop clean energy projects using the latest technology and know-how to meet Kazakhstan’s green ambitions that will, at the same time, benefit the country by increasing expertise and experience, producing jobs, preserving life ensuring the future well-being of the people, flora, and fauna.
We are dedicated to helping our customers choose and implement renewable energy solutions that are the best they can be today so that individuals and businesses can meet the future green revolution successfully.
Wind analyses services, including equipment selection, sighting, installation, monitoring and planning wind turbine layout and finally an investment grade Energy yield assessment.
Including full technical terms of reference (ToR) wind turbines, solar (photovoltaic) panels and related electrical equipment and controls.
EPC contract development for renewable energy projects.
Turbine Supply Agreements (TSA), Turbine Installation Agreements (TIA) and Operation and Maintenance contracts (O&M).
Tender management and contract award for the procurement of goods and/or services related to renewables.
Independent reviews and reports of plans, layouts, assessments, specifications, agreements, and contracts between the parties planning to construct a wind farm.
Owners Engineer services during the construction of Wind or Solar farms.
Bankers Engineering Services during the construction of renewable energy infrastructure.
Kazakhstan has a land area roughly equal to that of Western Europe but one of the lowest population densities globally.
Strategically, it links the large and fast-growing markets of China and South Asia and those of Russia and Western Europe by road, rail, and a port on the Caspian Sea.
The largest country of Central Asia, northwest of China, with a small portion west of the Ural (Zhayyq) River in eastern-most Europe;
A total of 2,724,900 km2 making Kazakhstan the 9th largest country in the world with 2,699,700 km2 of land and 25,200 km2 of water.
Kazakhstan has one of the largest per capita carbon foot prints.
Despite large reserves of coal, oil and Gas, plus additionally something like 12% of the world’s Uranium, in 2014 the leader of the Country President Nazarbayev had a vision, to lead the country away from these traditional fuels and embrace a future of clean energy that is both sustainable and renewable.
“We will try to create the entire renewable resources system and development plan, which will be easy to understand for investors in 2014. We will have 1,850 megawatts of installed power projects until 2020. In this regard, 1,300 megawatts is wind power, 500 megawatts – solar plants, 50 megawatts – biogas plants. We expect to attract about two billion dollars investment into the renewable energy sector by 2020”.
Since then, many renewable plants have been built, including wind and solar farms and more are in the pipeline going forward. Kazakhstan knows all too well that it too needs to take action to reduce its carbon footprint being the largest emitter of carbon dioxide in Central Asia and the 14th in the world.
The carbon intensity of Kazakhstan’s GDP is two times higher than the world average and three times higher than the EU. It is this that will continue to drive Kazakhstan’s green transition into the future.
Wind is found in most parts of the world, off-shore wind is considered to have the highest potential energy as there are higher wind speeds offshore than on land, so offshore farms generate more electricity per amount of capacity installed.
The Kazakh steppe enjoys many of the advantages of offshore, like the sea it is mainly flat and is sparsely populated and so is ideally suited to the production of wind energy, this was identified back in 2013 when the UNDP-GEF National Wind Atlas and measurement programme was performed.
In the opening paragraph the wind atlas states, “From a wind resource point of view, Kazakhstan is renowned to be one of the most appropriate countries in the world to develop wind energy.”
Since that report was made the Wind Industry has developed enormously, so much so that wind farms being built in Kazakhstan only 6 or 7 years ago might have used Wind Turbines of 3.5MW with a hub height (HH) of between 70 and 90 meters, if built today those same wind farms would probably be considering wind turbines of twice the size (6-8MW) with a HH of some 100-120 meters.
As a consequence, the wind potential of the steppe is far greater today than that envisaged even just 10 years ago.
The sun is found everywhere on the globe, even countries such as Germany and the UK have solar energy plants, even though they are not renowned for sunny weather with less than 1,000hrs annually.
In contrast, Kazakhstan has in excess of 2000hrs per year in the south of the country.
To date the number of solar parks built have been far fewer than the wind farms completed this may well change in the future as the potential is recognized especially with the majority of the country’s population residing in the south and where the energy potential is at its greatest.
