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RENEWABLE ENERGY INNOVATION CENTRE
Headquartered in London, U.K and Lagos Nigeria, Tecology energy tests, develops and integrates the best technologies in renewable energies available on the market, and collaborates with different manufacturers on new products to streamline the cost and reliability of the clean energy generated.
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Our technological Innovation area has teams Across West and East Africa, as well as in London, Seattle and California In addition, we carry out projects under development in other countries.
Innovation in renewable technologies
Innovation in the generation and use of energy
Through the Renewable Energy Innovation Centre Tecology Energy provides innovative proposals for thermal, solar, electricity storage and network integration technologies.
DIGITAL INNOVATION
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New energy models based on digital solutions that guarantee the renewable energy source, and also data traceability, governance and administration.
INNOVATION TO ESG: SUSTAINABLE INNOVATION
Solutions are designed and implemented to minimise ESG risks, and to raise the corresponding standards in those aspects for all company developments.
ADVANCED TECHNOLOGIES IN OPERATION AND MAINTENANCE (O&M)
Advanced technologies are developed for optimising the O&M of wind, solar and biomass assets through robotization or IoT, among others.
INNOVATIVE STORAGE HUBS
Innovative transformation of second-life lithium-ion batteries for utility-scale plants and integration of beyond lithium-ion batteries.
Our projects
Please contact us via the contact form to get more information about our projects.
Partner E-bike logistics company
Type:
Emissions reduction, clean energy generation (micro), local jobs creation, air quality.
Started: 2023
Stage: in progress.
Funding status: Partially funded
Certification: In progress
Location: West Africa
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Project overview
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This project is an emissions reduction project in collaboration with an e-bike manufacturer and local last mile zero emissions logistics company, with huge commercial potential.
The e-bike delivery service is targeted at last mile delivery in densely populated cities, where fumes and emissions from idling traffic and volume of vehicles cause a combination of green house emissions and respiratory challenges due to air quality issues. The project will also involve a bike battery swap station powered by renewable energy sources.
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Impact highlights
Easily quantifiable decrease in carbon emissions, improving local air quality and contribution to local economy through additional incomes from carbon credit and fruit yield, reducing the degradation of surrounding ecosystems.
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Modular stand alone electricity generator from compressed air powered by solar/thermal
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Type: Emissions reduction, Clean energy generation, air quality impact.
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Stage: Field testing, Funding status: design research funding
Project overview
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A solar powered electrical generation for space constrained off-grid locations (remote/city/offshore). To match the versatility of diesel generators that have made them so ubiquitous a choice for back up power and main source of electricity in areas with unreliable or no grid power.
Impact highlights:
Reducing in green house emissions, a decrease in air and sound pollution when compared to diesel generators.
IOT diesel particulate filter for Diesel generators
Type: NOx reduction, public health zones, measurement and data gathering, air quality.
Stage: Consultation with potential stake holders, Funding status: unfunded.
Certification: N/A
A techno-economical solution for the immediate reduction of diesel particulates in densely populated areas by use of IoT enable filters, so as to have the biggest health impact, in areas of high use of diesel generators getting the biggest focus. This will essentially create clean air zones in cities- starting from near schools and hospitals and then hopefully extended to cover a municipal wide area.
Impact highlights:
Clean Air Zones aim to address sources of pollution, including particulate matter, with the hope of reducing public exposure to them. Major cities such as London already have a Clean Air Zones, introduced via an Ultra-Low Emissions Zone in April 2019. Economic realities could however prevent an exact copy of this policy to be adopted in developing countries, so a variation, based around using tech-economical solutions would lead to programme success. Especially as it concerns NOx from non-road mobile machinery. Regulations are set to control emissions not used on public roadways, Mobile gensets are also included. The limit for particulate matter under the NRMM is 0.025g/kWh.