Akkuschule.de
School operator wanted Akkuschule.de is looking for its operator. Courses, certificates, workshops, vocational and further training – much is conceivable.
Your own Akkuschule for you as …
- Company Skilled staff, Customers, Prestige, Neutrality, Insight
- Battery maker Skilled staff, Market access, Customers, Prestige, Neutrality, Insight
- Storage provider Skilled staff, Market access, Customers, Prestige, Neutrality, Insight
- Vocational trainer Skilled staff, Customers, Prestige, Neutrality
- Training provider Market access, Customers, Prestige, Insight
- Workshop provider Market access, Customers, Prestige
- University Skilled staff, Market access, Customers, Insight
- Chamber or association Customers, Prestige, Insight
- Trade publisher Market access, Customers, Prestige, Insight
- Interested party from abroad Market access, Customers, Prestige
Skilled staff
Young talent and career changers get to know you – and you develop your own people.
Market access
You can reach people you cannot get to today: across the country, in new industries, out in the field.
Customers
Participants can become customers, and courses can become revenue.
Prestige
The name sounds like a first-rate address. A head start in trust – before the first course even begins.
Neutrality
There is no company in the name. Hardly anyone thinks of advertising. Teaching opens doors that would otherwise stay closed to a company.
Insight
Those who train are the first to learn where things go wrong in practice: which questions come up, which mistakes happen.
Akkuschule.de
Ten domains in one package: akkuschule.de, akkuschule.at, akkuschule.ch, akkuschule.org, akkuschule.com, akku-schule.de, akku-schule.at, akku-schule.ch, akku-schule.org and akku-schule.com.
Complete domain bundle for the DACH region.
A perfectly ordinary house
Twenty battery-powered items in a single household.
Batteries found 20 in a single household.
Batteries are everywhere. Knowledge about them – not yet.
A day in the life of a home battery
The energy transition needs storage. So does self-sufficiency. Storage needs knowledge.
Questions the Akkuschule can answer
- How long does an EV battery last?
- Fast charging — does it do harm?
- Can batteries catch fire?
- Is a home battery worth it?
- Why does my phone battery get weaker over the years?
- Should I always charge to 100%?
- Why don't batteries like the cold?
- How do I charge my e-bike safely?
- What to do if a battery catches fire?
- What happens to old batteries?
- Which raw materials are inside?
- Can batteries be repaired?
- Second life — what does that mean?
- Sodium instead of lithium?
- What is actually inside a battery cell?
- Which careers are there around batteries?
So many questions. The Akkuschule can be the place for answers.
School operator wanted.
The name and the ideas are in place. What the Akkuschule still lacks is an operator.
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Takeover
You take over the domain package and can start straight away – or you secure the name and start later.
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Partnership
Content, trainers and curriculum from one side, brand and access to the German market from the other.
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Sponsorship and cooperation
Claim the topics before others do. Products, contacts, skilled staff.
Ten domains in one package: akkuschule.de, akkuschule.at, akkuschule.ch, akkuschule.org, akkuschule.com, akku-schule.de, akku-schule.at, akku-schule.ch, akku-schule.org and akku-schule.com.
Both spellings, for Germany, Austria, Switzerland and international use.
This page presents an idea. The school has not opened yet. Much is possible.
Cell cut-away
On the left, the cut-away cylindrical cell: the positive terminal as the cap, beneath it the safety vent, sealing ring and insulation, the cell casing typically made of nickel-plated steel, and the base as the negative terminal. The tab at the positive terminal is made of aluminium and connected to the cathode; the one at the negative terminal is made of nickel or nickel-plated copper and connected to the anode foil. In the middle the wound stack fans out: graphite, copper foil, graphite, then the microporous separator, then cathode material, aluminium foil, cathode material and a second separator. The active materials are coated on both sides. The electrolyte, a conducting salt in an organic solvent, wets the porous electrodes and the separator and carries the lithium ions. Top right, a side diagram shows where the lithium ions and the electrons travel during charging and discharging; bottom right, the material structure of graphite, separator and cathode material.