SmartWiresinc Profile Banner
Smart Wires Profile
Smart Wires

@SmartWiresinc

Followers
1K
Following
1K
Media
263
Statuses
751

Durham, NC
Joined August 2014
Don't wanna be here? Send us removal request.
@SmartWiresinc
Smart Wires
1 year
🌊We're excited to announce our new collaboration with @RWE_AG Offshore Wind to jointly explore the use of advanced power flow control (#APFC) on long HVAC and HVDC cable circuits to support #offshore generation connections ➡️
Tweet media one
0
0
1
@SmartWiresinc
Smart Wires
25 days
We still can’t tell AC power where to go. Alex Al-Homsi, Lead Customer Solutions Engineer at Smart Wires, explains why and how SmartValve gives operators real control over the grid.
Tweet card summary image
smartwires.com
AC power won the current wars, but it’s still hard to control. SmartValve gives grid operators new control over power flow.
0
0
1
@SmartWiresinc
Smart Wires
2 months
Amrit Iyer joined Duke Energy, Hitachi & the NC Utilities Commission at the NC State Energy Conference to discuss how SmartValve tech helps ease transmission & interconnection constraints—especially for large data center loads. 🎥 Watch:
0
0
0
@SmartWiresinc
Smart Wires
2 months
A new report from Mott MacDonald & @TheIET compares the costs & benefits of transmission tech for GB’s future grid. It highlights the value of solutions like modular SSSC (m-SSSC) for fast, flexible capacity. 🔗
theiet.org
0
0
0
@SmartWiresinc
Smart Wires
3 months
The EU’s 70% target for cross-border capacity is closing in fast. In Modern Power Systems, Mark Norton shows how APFC is helping TSOs boost capacity now—without waiting on new lines. 🔗 #gridtech #transmission #powerflow #GETs.
0
0
0
@SmartWiresinc
Smart Wires
3 months
How do APFC and TCSC compare?. Both are FACTS-based power flow control tools—but only one offers real-time flexibility, rapid deployment, and modular design. 🔍 Dive into the differences: 🗣️ Featuring insights from Hedd Roberts.
Tweet card summary image
smartwires.com
In this article, we compare two commonly known power flow control solutions APFC and TCSC's highlighting their similarities and differences.
0
0
0
@SmartWiresinc
Smart Wires
3 months
Colombia is boosting grid capacity without new lines. EPM’s Aburrá Valley project used SmartValve™ to add 400 MW, avoid reconductoring, and support more distributed hydro and solar. 📖 Case study: #SmartValve #GridEnhancingTechnologies #Transmission.
Tweet card summary image
smartwires.com
EPM are using SmartValves to unlock 400 MW capacity in Colombia, supporting distributed hydro and solar generation. Download the case study!
0
0
0
@SmartWiresinc
Smart Wires
3 months
170 MW of new capacity. $268M in savings. SmartValve helped Transgrid deliver big impact—faster and with minimal environmental disruption. Explore the case study: #SmartGrid #TransmissionPlanning
Tweet media one
0
0
2
@SmartWiresinc
Smart Wires
3 months
To support Australia’s energy transition, Transgrid needed more transfer capacity between VIC & NSW—fast. SmartValve was the top choice after a full RIT-T process. Learn more: #EnergyTransition #GridEnhancingTechnologies.
Tweet card summary image
smartwires.com
"Discover Smart Wires' TransGrid project page, showcasing innovative solutions for grid optimization. Explore our latest advancements.
0
0
0
@SmartWiresinc
Smart Wires
3 months
Proud to spotlight Teddy Guan, Senior Electrical Engineer, whose journey shows the impact of finding the right fit. Learn more about his career path and work at Smart Wires:.đź”— #EmployeeSpotlight #SmartWires #EngineeringExcellence.
0
0
0
@SmartWiresinc
Smart Wires
3 months
“Efficiency first” means making the most of the grid we already have. Mark Norton at CurrENT Europe’s webinar: “Innovative grid technologies obviously do that… hundreds of billions in savings over the next 10–15 years.”. Watch on-demand 👉
0
1
1
@SmartWiresinc
Smart Wires
3 months
From the Guajira coast to the national grid—ISA Transelca’s SmartValve project is a big win for clean energy in Colombia. 🌱 200+ MW unlocked today.⚡ Up to 1.8 GW ready to flow tomorrow.🔗
Tweet card summary image
smartwires.com
EPM are using SmartValves to unlock 400 MW capacity in Colombia, supporting distributed hydro and solar generation. Download the case study!
0
0
1
@SmartWiresinc
Smart Wires
3 months
FERC Order 1920 puts Grid-Enhancing Technologies front and center. A new report shows how tools like SmartValve (APFC) can ease congestion, reduce costs & deliver faster value across all 7 planning benefits. đź”—
Tweet card summary image
acore.org
This report examines the benefits of Grid-Enhancing Technologies and High-Performance Conductors, how current planning processes may be inadequate for their consideration, and how relevant state...
0
0
1
@SmartWiresinc
Smart Wires
3 months
Colombia’s Guajira region is key to hitting 2030 clean energy goals. ISA Transelca deployed SmartValve to ease congestion & connect 200+ MW of renewables—fast. More on this flexible solution:.🔗
Tweet card summary image
smartwires.com
EPM are using SmartValves to unlock 400 MW capacity in Colombia, supporting distributed hydro and solar generation. Download the case study!
0
0
2
@SmartWiresinc
Smart Wires
4 months
When system needs changed, National Grid scaled up—fast. More #SmartValves, no added substation space. Now 670+ MVAr of control is live across the grid. Flexible, efficient, and ready for what’s next. #PowerFlowControl #EnergyTransition.
Tweet card summary image
smartwires.com
NGET are using SmartValves to unlock over 2 Gigawatts of capacity and accelerate the connection of renewable energy generation.
0
0
1
@SmartWiresinc
Smart Wires
4 months
Congestion in the north. Demand in the south. National Grid deployed #SmartValve across key boundaries—unlocking 2 GW of capacity and saving UK consumers over £400M. No new lines. Just smart power flow control. #GridModernization #TransmissionTech.
Tweet card summary image
smartwires.com
NGET are using SmartValves to unlock over 2 Gigawatts of capacity and accelerate the connection of renewable energy generation.
0
0
0
@SmartWiresinc
Smart Wires
4 months
NY needs 70% renewables by 2030. Central Hudson unlocked 185 MW of capacity—without new lines—using advanced power flow control. Real-time control. Scalable deployment. 🔗 #TechSpotlight #NYGrid #EnergyTwitter.
Tweet card summary image
smartwires.com
Central Hudson are using SmartValves to unlock 185 MW of transmission capacity and quickly connect renewable energy. Download case study!
0
0
1
@SmartWiresinc
Smart Wires
4 months
15 SmartValves. 185 MW unlocked. $10M saved. Central Hudson used advanced power flow control to shift flows and boost NYISO interface capacity—faster and smarter. 🔗 #GridEnhancingTech #SmartValve #PowerFlowControl.
Tweet card summary image
smartwires.com
Central Hudson are using SmartValves to unlock 185 MW of transmission capacity and quickly connect renewable energy. Download case study!
0
1
3
@SmartWiresinc
Smart Wires
4 months
The grid is under pressure—APFC unlocks capacity fast. ✅ Reduces congestion.✅ Deploys quickly.✅ Cost-effective & scalable. 💡 Smarter grid, better power flow. Let’s talk! #GridTech #Energy
Tweet media one
0
0
0
@SmartWiresinc
Smart Wires
4 months
If APFC can increase grid capacity without waiting years for new lines, why isn’t it everywhere?. The grid needs flexibility, and APFC makes that possible. How do we speed up adoption?. Read more: #SmartGrid #PowerFlowControl.
Tweet card summary image
smartwires.com
This Smart Wires technology review finds that Static Synchronous Series Compensators (SmartValve) and dynamic line rating software (SUMO) can increase throughput along existing transmission lines by...
0
0
1
@SmartWiresinc
Smart Wires
4 months
The grid is running out of room. What if we used what we have better instead of building more?. RMI highlights how Advanced Power Flow Control (APFC) increases capacity on existing lines. What is holding back faster adoption?. Read more:
Tweet card summary image
smartwires.com
This Smart Wires technology review finds that Static Synchronous Series Compensators (SmartValve) and dynamic line rating software (SUMO) can increase throughput along existing transmission lines by...
0
0
0