Energieoptimierung
Nachhaltigkeit		 optimisación de energía
sostenibilidad		 energy optimization
sustainability


Decrease your electricity consumption and energy costs with renecost
Large-scale consumers like hotels, retirement homes, hot springs, home-centres, municipalities, industry etc. can decrease noticeable their electricity consumption and energy costs using a Renecost unit.

- Reduction of electricity consumption with mixed consumer loads by 10% till 15%.
- Reduction of electricity consumption with lighting systems by up to 30%.
- Longer durability of the electric consumers by stabilisation of mains.
- Considerable reduction of CO2-emissions.
- Payback period (ROI) normaly within 2½ and 3½ years (without installation).

Because of the lower consumption and therefore longer amortisation phase, it is of little
interest for private households.
We are looking for European co-operation partners.


Example: Hotel with 278 rooms and spa area
Consumption before installation 3,772,621 kWh p.a.
Consumption after installation 3,272,184 kWh p.a.
Decrease of consumption/costs 12.1 % p.a.
Payback (without installation) 2.5 years
Decrease of CO2 emission 284.68 t p.a.

Only 3 steps till reducing electricity costs and CO2 emission:
step 1 You make a current electricity bill available to us and give us your annual consumption. Based on these data we make you an information offer for your orientation.
step 2 You let us take measurements in your power supply system and let us get a general idea of the connected appliances. Based on these data, we submit you a firm offer, guaranteeing the estimated reducing of electricity costs and CO2 emission.
step 3 You go for Renecost, as quick amortising and eco-friendly investment. We manufacture, deliver and install your Renecost-system und have one more content customer.


For further informations please send us the following contact data:
company/organisation:
first name: last name:
street/no: city/township:
phone: fax:
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(only once please)






Light without shadow (An article by Hans Jürgen Speitel, Economic Editor)

Environmental protection, climate change, global warming, greenhouse gas,
emission trading, energy saving behavior– these are the headlines which
accompany every international conference about the effects of climate change.
And so far the results have been modest, slim and unconvincing. The main aims:
to decrease energy consumption, prices, operating costs and last but not least
CO2 emission. The achievement of those aims depends only on the innovative
strength and necessary willingness to invest, and the awareness that it will not
work without these. Because in spite of high and still rising oil prices, the global
demand for energy will increase by about 50% in the next twenty years. The
demand, especially in China, India, Brazil and the smaller threshold countries, like
Thailand, Vietnam or Indonesia, will grow disproportionately higher.

The result: rising global prices for all forms of energy – also and in particular for
electricity. Innovations, which promise a measurable cost-effective and
environmental efficiency hike, are in the forefront of the global battle against the
ever rising floodwave of energy prices. What is wanted is something like the well
known "egg of Columbus" or the ‘egg-laying wool-milk-sow ’(= versatility), the
classic win-win situation, in a sense light without shadow.

What, in the context of large scale industry, is being looked for, aided and
developed, has already been found on the small and medium level: a win-win
situation, the energy and cost saving as well as CO2 emission reducing system,
engineered and brought on the market by a german company.

This system is based on complex transformer technology and allows:
  • Up to 30 % lower electricity consumption of lighting sytems.
  • Up to 15 % lower electricity consumption of mixed consumer loads.
  • An extension of bulb working life.
  • Less maintenance and lower disposal costs.
  • An amortisation of capital asset within 2½ till 3½ years.

    • Two-thirds of industrial electricity consumption in Germany is due to electric
    motors. By using energy optimizing systems, it would be possible to save an
    amount equivalent to the total electricity consumption of Belgium and the
    Netherlands.

    The use of this innovative technology is of special interest for all users of
    electricity consuming systems like hospitals, DIY stores, airports, hotels,
    shopping malls, production lines, street lighting, etc. – because it not only
    conserves the environment and counteracts climate change, but also and above
    all decreases – very efficiently – the energy consumption costs.


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