
Smart Cities & Buildings
In my blog ‘How will energy look in 2030? My 10 predictions for the next 10 years! I predicted that by 2030 all city centres will have some form of fifth generation heat network. The trend in heat networks has been to reduce in system temperature. Older networks use steam to transmit heat, with more recent systems using water at around 80 degrees. In practice fourth and fifth generation networks are likely to merge. Unlike your phone you do not get a little logo in the top left corner of your screen saying you are using 5G Heat. Fifth generation is something that can happen quietly in the the background with the end user not really knowing! There remain some significant challenges with fifth generation technology. There are several case studies in operation now such as E.ONs medicon village which are showing some interesting performance. and there is also some interesting research being lead by South Bank University (amongst others) and will present some interesting challenges!.
Read Full articleIn and out with 10-minute electrical vehicle recharge
Penn State engineers have demonstrated that they can charge an electrical vehicle in ten minutes. Lithium-ion batteries degrade when rapidly charged at ambient temperatures under 50 degrees Fahrenheit. The rapid cooling of battery would be accomplished using cooling system designed into .
Read Full articleDriverless and electric, or car-free? The cities cutting out cars, and why
Vanessa Bates: Some cities are phasing out gas-powered cars altogether, limiting use of hybrid and electric cars. She says cutting out cars has the obvious benefit of reducing pollution and reducing pollution. Bates: Cutting out cars helps reduce pollution .
Read Full articleElectric Vehicles & Heat Pumps: Electric motors play a crucial role in the energy transition
Electric motors are implicated in two major decarbonisation options involving electrification: electric vehicles (EVs) and heat pumps. Electrical power sector is the fastest to decarbonise because of the wide variety of carbon-free energy sources that can generate electricity.
Read Full articleICP partners made it!
ICP Europe is tackling two of the main drivers for energy efficiency markets. Investor Ready Energy EfficiencyTM (IREE) certification scheme in local countries. ICP has trained more than 450 Project Developers and Quality Assurance Assessors across Europe on its.
Read Full articleORC-systems are helping to create a sustainable energy future
Organic Rankine Cycle (ORC) technology is being used in Sweden to transform waste heat into renewable electricity. The high efficiency and low maintenance way to produce sustainable electricity is being adopted by district heating systems around the world. Read how Ronneby.
Read Full Business PracticeShining a light on Tomatoes
Royal Pride Holland is using the J624 GS engines to power the greenhouses new cogeneration plant. Some of the power generated is used for lighting for the tomatoes, but most is supplied to the public power grid. The overall level of efficiency.
Read Full Business PracticeClean Power when ORC System recovers Waste Heat
Daiichi Jitsugy got a request from Ertec to install an ORC system in their new waste incineration plant. Engineers knew that they would need a heat exchanger out of the ordinary. The ORC was installed in the new.
Read Full Business PracticeICP Presentation
Investor Confidence Project Europe unlocks access to financing for the building, industry, district energy and street lighting markets. Investment Confidence project will standardize how energy efficiency projects are developed, documented and measured. For confidential support call the Samaritans on.
Read Full Business PracticeProtocol Street Lighting 2019 (ENG)
ICP protocols are standardising the way energy efficiency projects are developed. Protocols are not interfering with the technical side of projects. ICP protocol covers the energy associated with both controlling, powering and lighting the luminaire, and with wifi connectivity.
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