LeydenJar battery breakthrough with pure silicon anodes

LeydenJar battery technology

Only 3 or 4 companies worldwide are develop batteries with pure silicon. With a simple and direct application, LeydenJar is the first in the world.

LeydenJar developed a new pure silicon-based anode to boost lifetime and capacity of lithium-ion batteries. The result: the yield is a 50% higher energy density.

LeydenJar is a spin out venture from Energy Research Center ECN, developing pure silicon anodes that can generate up to 50% more energy density in Li-ion battery cells.  Read More

MiLiCiA – IBC solar cells

MILICIA IBC solar cell

MILICIA IBC solar cell performance do have no shading loss and no trade-off between series resistance and reflectance

Aim of the new MiLiCiA research project is to develop a low-concentration PV technology that can compete with conventional power generation without subsidies or feed-in tariffs. Read More

Money is the energy saver for industries

resLoadSim model, smart grid, model, EU, energy, monitoring, grants, subsidies, ISO, industry, payback, energy consumption, plant, LED, costs, ECN, research, R&D, energy coordinator

resLoadSim model

Most of the industrial companies invest in (green) energy savings because of the direct financial benefits. Saving energy is no priority. This is the result from ECN interviews with seven companies in various sectors. Read More

Floating railway will store 10% of Dutch electricity

green energy, storage, electricity, solar, wind, kinetic, ECN, grid

This ‘energy train’ energy storage system, enables 2.5 gigawatts of electricity to be stored for an eight-hour period or 400 megawatts for 48 hours.

The energy storage market is blossoming. Because we need renewable energy storage to supply our smart electrical grids at daily moments the demand for energy is high.

In a few years, a huge underground floating railway will store 10% of the Netherlands’ daily energy. 

The energy storage costs will be 10% of the normal costs.

The energy ‘train’ storage system will compensate Dutch peaks and troughs in the supply and demand of green energy like wind and solar. 

 

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