Augmented Updraft Tower and Battery

Between two large flat roofed buildings sits a 1950 sq. metre deck with a sand battery beneath its crawlspace, into which heat can be dumped.
The depth and volume of this heated sand is determined by the height of the water table.
The flat topped roofs suspend hundreds of vertical wind turbines which power resistance heaters contained within capsules of dry sand buried beneath the dirt of the crawlspace. Over time the entire pit will dry out creating more and more heat storage space.
These two buildings anchor the tension lines of an enormous black tent which has a tall tubular stack as it's centre support.
Within this stack is a Tesla turbine several stories high with curved intakes all the way up to the peak of the tent making the whole thing a fairly large solar/waste heat updraft tower generator.
Above this tent the tower is painted black to expand the gases even further than they already were when the sun is shining.
The base of this turbine runs all the way down through the floor and is held aloft on blocks which passively channel the air at a tangent causing it to tornado up the length of the chimney.
Mechanical governors keep the turbine from turning faster than optimum rpm, and when needed, power can be diverted to compressors blowing air through perforated heat resistant lines beneath the sand to fluidize it and release heat more quickly to meet fluctuating demand.

Since this generator will run day and night 365 days a year, any excess energy not turning my meters backwards will need to be dumped as heat further and further from the generator as existing areas reach their max temp, so, like the roots of a gigantic growing tree, insulated roofs over these extended regions will funnel, like invisible upside down rivers, all of this rising heat back to the central generator over and over again and we can walk around in it, in our sandals... in winter!

The gap between the deck and the lower edge of the tent should make a curtain of ever rising hot air. The chimney effect will cause this rising column of hot air to remain cohesive.
The boundary layer between that rising volume and the outer cold should create invisible walls where you can walk from winter temperatures to summer temperatures in a single step within a completely non-insulated structure.

Then we start feeding in the waste heat from industrial gas powered clothes dryers, and a restaurant...
...and the waste heat of the humans in the system, and septic fields... and... etc.

Picture this;

You're driving down the highway. It's minus 10 outside and suddenly you see an outdoor winter farmers market going down and everybody is wearing shorts and t-shirts.

Meanwhile the rising heat from three years ago is finally coinciding with the change of seasons and I find myself having to landscape and mow lawns all winter.