Transforming electricity access through smart sensors & grid efficiency algorithms

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Title
Transforming electricity access through smart sensors & grid efficiency algorithms

CoPED ID
51122bfa-d0ec-411a-afab-0675624a01af

Status
Closed


Value
£54,712

Start Date
Jan. 1, 2020

End Date
March 30, 2020

Description

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Electricity distribution network operators (DNOs) in developing countries are facing significant challenges to address the energy trilemma- offering clean, affordable and secure energy. Increased demand for electricity coupled with the rapid shifting of supply to distributed generation requires DNOs to increase monitoring, analytics and optimisation to continue to provide a cost-effective service. Instead of installing expensive, cumbersome SCADA systems and making costly grid expansions, OrxaGrid provides a smarter, lower cost alternative through retrofitting IoT enabled devices on critical grid nodes and monitoring them for efficiency improvements. In this project, OrxaGrid will collaborate with SCOPE, an established Indian electrical sector company and University of Reading’s energy systems team to take the system to the next level. We will develop a unique interoperable gateway and add advanced algorithms that improve grid efficiency by forecasting demand and renewable generation, predicting theft and technical outage locations and identifying spare capacities in the grid. Grid operators can use OrxaGrid’s web/mobile dashboard to take active steps at mitigating the energy trilemma.

Orxa Grid Ltd LEAD_ORG
SCOPE T&M Pvt Ltd PARTICIPANT_ORG
Orxa Grid Ltd PARTICIPANT_ORG

Subjects by relevance
  1. Distribution of electricity
  2. Renewable energy sources
  3. Electrical power networks
  4. Energy
  5. Optimisation
  6. Production of electricity
  7. Smart grids

Extracted key phrases
  1. Grid efficiency algorithm
  2. Grid operator
  3. Critical grid node
  4. Costly grid expansion
  5. Electricity distribution network operator
  6. Electricity access
  7. Smart sensor
  8. Energy system team
  9. Efficiency improvement
  10. Low cost alternative
  11. Advanced algorithm
  12. Secure energy
  13. Energy trilemma-
  14. Cumbersome SCADA system
  15. Amp

Related Pages

UKRI project entry

UK Project Locations