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The energy mining mBOD garment series prototype. Includes T.E.M.M, thermo-electric mining membrane™ technology and powered in part by M.A.S.S, motion activated sinuosity sensor™ patent-pending'17 ■it
Advanced technology for trading self-harvested electricity @itslider @itstudios @tbuchmueller #BEIT 票
The idea of the energy mining it.slider came from a childhood habit of sliding objects. In early ‘16 we proposed it to an investment firm in NYC stating only “its harder to master than a rubics cube” and that it combats anxiety and ADHD. We were not able to receive any capital. Without proposing it any further, we decided to develop it.slider at our own cost and time and traveled cross country to Anaheim, CA. Here it.slider v1.0 turned into reality with a patent pending. At the same time, we’ve discovered that our investors secretly ended up liking the idea of releasing stress and channel anxiety in a playful way. First, a cube appeared on Kickstarter without any origin or people behind it. We’ve emailed the investment firm laughing cynically that they went ahead taking the wrong idea and sent a short video sliding a conventional bic lighter. The cube was abandoned in such a rush, no one even cared to deliver the backers with the product. Instead, a month later cheap little plastic spinning toys started flooding the world. Basically, an interpretation of our bic sliding video just dumbed down with bearings you hold onto and zero skill required. The momentary hype faded out since it had no official story or origin (they would have to pay us) nor did it combat anxiety as we proposed our idea would. The development of it.slider continued and we’ve approached people amongst the fidgeting community to try using it.slider. By that time it had with our stabilization engine keeping it flush and the m.a.s.s sensor charging the device while in use. At the day of this writing, we have confronted over 1000 people with the device. The number of people being able to use it remains 0. As it became apparent that sliding it requires a sort of outer world skill, we have halted the development of the device. For it to ever continue we will have to find one single human who is able to use it.slider and experience the universal power it delivers @tbuchmueller while mastering it.slider at high speeds. The question remains: Can You Do It.
it.slider is utilizing our motion activated sinuosity sensor. A patent-pending'17 mechanical solution invented by Thomas Buchmueller. It is done through what is called triboelectric energy harvesting. Two overlapping surfaces, Teflon and carbon are forced to touch on each side by the gravity of the cube. The cube pulled back into its original state by a sensitive spring. Besides mining energy, sliding the device prevents anxiety in heavy focus situations and creates a godlike feeling inside the one who can master it.
Earthquake’s, fire’s, flood’s, storm’s.....show must go on LA⚡️
E.M.M.S v7 was designed to be implanted under the human skin to improve efficiency [.....] hold on were just kidding.
Of course, the 7th edition of our magnificent energy mining micro-system board works inside wearables and gadgets as the main controller.
it. | Advanced technology for trading self-harvested electricity
According to Precedence Research, the global blockchain in energy trading market size accounted for USD 1.98 billion in 2025 and is predicte
The global Blockchain in Energy Trading market is expected to reach USD 31.80 billion by 2035, driven by the rise of smart grids, distributed energy resources, peer-to-peer (P2P) energy trading, and renewable energy integration. By enabling secure, transparent, and automated transactions, blockchain is transforming how electricity is generated, exchanged, and managed in the digital energy ecosystem.
Power exchange Buyers Increase Forward Procurement Through New Auctions
The Power exchange market witnessed increased procurement activity after ten reverse auction notices were issued by state electricity buyers on 9 July. Distribution companies from Chhattisgarh, Rajasthan and Goa sought electricity supplies for upcoming delivery periods covering July, August and September. Power procurement activity reflects changing market conditions as electricity prices softened following improved monsoon conditions.
Chhattisgarh floated six auctions of 300 MW each for round-the-clock supply across different periods in August and September. Rajasthan announced two 500 MW procurement auctions for September, covering both continuous and evening power requirements. Goa Electricity Department invited bids for 30 MW of evening electricity and additional green energy purchases. These auctions provide buyers with opportunities to secure future electricity supplies through competitive bidding.
The procurement notices followed a decline in day-ahead market prices from June's monthly average of Rs 5.20 per unit to around Rs 3.11 per unit in early July. However, auction notifications do not guarantee final contract awards because quantities may clear partially or remain unawarded depending on bidding results. EnergylineIndia.com provides verified reporting on the Power exchange, electricity procurement and market developments. Indian Power news continues monitoring auction results, procurement trends and electricity pricing. The Power exchange enables utilities to optimise procurement strategies while responding to changing market conditions, making the Power exchange a key component of India's competitive electricity market.
IEX DAM clears 1,22,675 MWh at avg MCP Rs. 5,710/MWh on 18 May; price swings 10x between solar hours and overnight peaks
The Indian Energy Exchange Day-Ahead Market recorded a highly volatile trading day on May 18, 2026.
The market cleared 1,22,675.37 MWh.
The weighted average Market Clearing Price stood at Rs. 5,710.26/MWh.
Total purchase bids reached 4,32,585.72 MWh.
Total sell bids stood at 4,02,337.61 MWh.
The data shows strong demand and sharp intraday price movement.
Price swing
The day’s price range was extreme.
MCP fell to Rs. 1,512.96/MWh during Hour 9.
This was the 08:00-09:00 period.
Prices then rose to Rs. 10,000/MWh during off-peak night hours.
This included Hours 1-4 and Hours 20-24.
The gap shows the widening difference between solar-hour supply and evening or night scarcity.
Solar-hour price collapse
The low price during Hour 9 reflected strong solar-led supply.
As solar generation rises during the morning and midday period, market prices tend to soften.
In some hours, supply can exceed flexible demand.
This pushes prices sharply lower.
Such solar-hour price compression is now becoming a recurring feature of India’s power market.
Night price spike
The opposite happened during night hours.
Solar generation was unavailable.
Demand remained high.
Thermal, hydro, gas, storage, and short-term market supply had to meet the load.
This pushed prices to the exchange ceiling of Rs. 10,000/MWh.
Market structure change
The May 18 price curve shows how renewable energy is changing India’s electricity markets.
Earlier, price volatility was mainly driven by demand spikes or fuel constraints.
Now, the daily solar generation curve is also shaping market prices.
Cheap solar-hour power and expensive evening power are creating a new market pattern.
RTM comparison
The Real-Time Market showed a similar pattern.
IEX RTM cleared 1,64,278.09 MWh on May 18.
The weighted average MCP stood at Rs. 4,935.44/MWh.
RTM price fell to Rs. 436.62/MWh during Hour 7.
It later rose to Rs. 8,486.50/MWh during Hour 19.
Evening stress
The Hour 19 RTM spike came during 18:00-19:00.
This is the period when solar generation fades and evening demand rises.
The price spike aligned with the Northern Region’s 601 MW peak shortage.
This shows how market prices reflect real-time system stress.
Industrial consumer impact
Industrial consumers with open access and flexible operations can benefit from this price pattern.
They can shift consumption to low-price solar hours.
They can reduce grid drawal during expensive night and evening periods.
This can lower procurement cost.
It can also support demand-side flexibility in the grid.
DISCOM impact
For DISCOMs, high evening and night prices create procurement pressure.
Buying from the exchange during peak hours can be expensive.
This strengthens the business case for battery storage.
A BESS can charge during low-price solar hours and discharge during high-price evening periods.
Storage economics
The May 18 price curve is exactly the type of signal storage developers watch.
A wide spread between low-price charging hours and high-price discharge hours can support storage economics.
Four-hour BESS systems are especially relevant for this kind of daily arbitrage.
They can help flatten the market curve and reduce peak procurement cost.
Strategic message
IEX’s May 18 DAM and RTM data show that India’s power market is becoming more volatile and more renewable-driven.
DAM cleared 1,22,675.37 MWh at an average MCP of Rs. 5,710.26/MWh.
Prices fell to Rs. 1,512.96/MWh during solar hours and rose to Rs. 10,000/MWh at night.
The next phase of market development will depend on storage, demand response, flexible thermal operations, and better real-time balancing.
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