New-Material G-2.0 Transmission Solution
One Solution. Many Applications. — Greenfield
One Solution. Many Applications.
More Power. Less Infrastructure. This is Grid 2.0
New-Material G-2.0 Transmission Solution
One Solution. Many Applications. — Retrofit
New-Material G-2.0 Substation Solution
Smaller Footprint | Lighter Structure | Faster delivery | Higher Resilience | Optimized Lifecycle value
EMAGE Capabilities
- Layout and insulation coordination
- Electrical, structural, and seismic design
- Equipment interfaces and system integration
- Foundation, construction, and lifecycle optimization
Significantly Reduce Lifespan O&M Costs
- No external-insulation flashover
- No brittle fracture of external insulation
- No bushing explosions
- No gas or oil leakage failures
From Symptom to Root, from Root to Solution
AI-driven load growth, electrification, and renewable integration are pushing power grids into a new era of higher capacity needs, faster build-out, greater reliability requirements, and tighter corridor and permitting constraints. EMAGE recognizes that the design boundaries of the grid are, fundamentally, material boundaries. When traditional material systems can no longer balance capacity, right-of-way, schedule, reliability, and lifecycle cost, the industry needs innovation not only in products, but also in materials and system solutions. That is why EMAGE develops next-generation overhead transmission solutions for both new-build and retrofit applications—to help customers unlock more capacity, improve reliability, and upgrade the grid with better lifecycle value.
Bottlenecks in greenfield builds & retrofits
The global grid is under pressure from both ends
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Electrical · structural · environmental limits trace to materials
Strip every bottleneck down to its root, and you reach the same answer: it isn't an engineering problem. It's a materials problem.
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Field deployments quantified outcomes · client evidence
Real validation does not happen in the lab. It happens on the grid
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Click each step to explore detailed solutions
Material innovation
Material is where the ceiling actually lives. Two material families set the entire performance envelope of our system: silicone rubber, which carries the line's long-term hydrophobicity, pollution and UV behavior; and E-CR fiberglass / epoxy composites, which carry the mechanical load that steel used to. Both are formulated, qualified, and aged in-house under ISO and IEC accelerated-aging protocols.
CICA Development Path
Silicone Rubber + High-strength composite FRP rod/Tube
Break through the boundaries of structure and insulation
Break through the limitations of traditional electrical
clearance design
CICA
ACFS™ Conductor Development Path
Development of new composite core materials
Break through the capacity limitations imposed by temperature
on ACSR
Double capacity with a smaller cross section
ACFS™ Conductor
Tensile elongation test
Static contact angle test for hydrophobicity
Tracking resistance test for electrical leakage resistance
Tracking resistance test for electrical leakage resistance
Product Innovation & Verification
Material is the foundation. Product is its expression.
CICA
CICA is a key component used in composite conductors for overhead power transmission. It integrates a high-strength composite core with insulating and reinforcing materials to provide excellent mechanical strength, durability, and electrical performance. CICA helps improve conductor reliability and supports higher transmission capacity.
EXPLORE MORE
ACFS™ Conductor
ACFS™ conductor is a high-performance overhead power line conductor that replaces the traditional steel core with a new designed carbon fiber–reinforced composite core. This advanced design improves strength, efficiency, thermal performance, and cost efficiency.
EXPLORE MOREBefore any EMAGE technology is deployed in the power grid, it undergoes end-to-end validation from simulation to physical testing — ensuring that innovation is engineered for true grid-grade reliability.
CICA Verification
Artificial Pollution test
RIV test
CIFO test
Visual corona test
Power Arc Test
Assembly mechanical test
Fatigue test
System-level validation
Solution Innovation: CICA + ACFS
No single product rebuilds a grid
The real breakthrough comes from redesigning CICA and conductor as a single integrated system — the CICA defines tower-head geometry and insulation coordination, the conductor defines current capacity and sag behavior, and only when both are co-optimized do right-of-way width, tower height, current capacity, and per-km cost improve simultaneously.
Greenfield Solution
Compared with traditional solutions, the EMAGE solution enables project-specific optimization of:
Structures
- Materials
- Size
- Performance
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Line route
- Spans
- Easement width
- Line length
→
Social impact
- Environmental clearing
- Carbon emissions
- Visual amenity
- Heritage outcomes
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CAPACITY can DOUBLE while unit capacity cost drops significantly
IMPROVED through life SAFETY and MAINTENANCE performance
Reduced ENVIRONMENTAL impact (and offset requirements)
FASTER EIA2 and permitting, shortening grid build-out
Reduced LAND ACCESS costs and easier SOCIAL PERMITTING
Brownfield Solution - Capacity Uprating
Compared to Traditional Solution
Using Same-diameter HTMS Conductor
Post-upgrade Capacity ≈ 1.7 ~ 1.9× Pre-upgrade capacity
Enlarged-diameter Conductor
Post-upgrade Capacity ≈ 2.1 ~ 2.2× Pre-upgrade capacity
Overall Advantages
- Project schedule greatly shortened
- Unit capacity cost significantly reduced
- Much less land use
- Significantly improved reliability
- Significantly lower carbon footprint
- Easier Social Permitting
Brownfield Solution - Voltage Uprating
Compared to Traditional Solution
Voltage Uprating
Post-upgrade Capacity = 2.5 ~ 3.3× Pre-upgrade capacity
Feasibility of Voltage Uprating
Traditional tower electrical restriction: Phase to ground clearance
EMAGE solution electrical restriction: Phase to phase clearance (CICA replacing of line insulator and steel cross-arm)
Overall Advantages
- Project schedule significantly shortened
- Unit capacity cost significantly reduced
- Much lower land take
- Reliability greatly improved
- Carbon footprint significantly reduced
- Easier Social Permitting
Field deployments quantified outcomes · client evidence
Real validation does not happen in the lab. It happens on the grid.
We have built a global application evidence chain — every project paired with quantified benefit, in-service duration, and client confirmation. From polar cold and tropical marine to high altitude and heavy pollution zones, the performance of our solution families across climate bands and voltage levels is documented.
2009
First Deployed
35–1000kV
Proven Performance
100+