Commercial Real Estate Electricity Rates & Energy Management in Texas
Strategic energy procurement and cost optimization for property portfolios, REITs, and commercial building operators across Texas.
Step 1
Call or Fill Out the Form
Step 2
Review Energy Auction Results
Step 3
Select & Save
Get a free quote:
Request Quote
For commercial real estate operators in Texas, electricity is no longer just a line item on the operating statement. It is one of the largest controllable expenses in any property budget, and across a portfolio of buildings, small inefficiencies multiply quickly.
Consider what happens when a single office building overpays by $0.005 per kWh. On its own, that might look like a rounding error. Spread across fifteen or twenty properties, it becomes a six-figure annual cost that goes straight to the bottom line. And in a deregulated market like Texas, where rates vary widely between Retail Electric Providers, that kind of gap is more common than most operators realize.
The shift in how institutional owners and property managers approach electricity reflects a broader change in CRE operations. Energy is no longer managed reactively. The most competitive portfolios treat it as a strategic function, one that ties directly to NOI performance, tenant retention, and long-term asset value.
That shift is especially pronounced in Texas. The ERCOT grid's pricing volatility, combined with growing ESG pressure from investors and tenants, has pushed energy management from a facilities task into the asset management conversation. And for portfolio operators running properties across
Dallas,
Houston, Austin, and the surrounding metro areas, the opportunity to centralize and optimize electricity procurement is significant.
Energy Costs Across Commercial Real Estate Asset Types
Not every commercial building consumes electricity the same way, and understanding those differences is the foundation of any serious energy strategy. The cost drivers for a Class A office tower in Uptown Dallas look nothing like those for a suburban strip center in Katy or a mixed-use development in Austin's Mueller district.
Office Buildings
Office buildings carry some of the highest per-square-foot energy costs in commercial real estate. HVAC systems account for roughly 40-50% of total consumption, with lighting close behind. In Texas, summer cooling loads push demand charges and peak pricing well above baseline, particularly in July and August. Buildings with older chillers, poor insulation, or single-pane glass consume far more per square foot than newer Class A properties with modern building management systems.
Occupancy patterns also matter. A fully leased office building with standard 8-to-6 operations will have a more predictable load profile than a building at 60% occupancy, where lighting and HVAC schedules may not align with actual use.
Retail Centers and Shopping Plazas
Retail properties have a different consumption profile. Common area loads, including parking lot lighting, signage, shared HVAC in enclosed malls, and irrigation systems, typically fall on the landlord. Individual tenant spaces are usually metered separately, but the landlord still controls the master electricity contract in many cases.
Extended operating hours drive up consumption. A shopping center open from 9 AM to 9 PM or later consumes significantly more than an office property with similar square footage. Anchor tenants with high-draw equipment (restaurants, grocery stores) also create demand spikes that affect the entire property's cost profile.
Mixed-Use Developments
Mixed-use properties combine the challenges of every asset type in one location. Ground-floor retail, upper-floor office space, and residential units each have distinct consumption patterns, metering requirements, and tenant billing structures. Managing electricity across these uses requires careful attention to how common area loads are allocated and who bears the cost of shared infrastructure like elevators, lobbies, and parking structures.
Multifamily Common Areas
In multifamily properties, individual units are typically metered to residents. But common areas, including hallways, fitness centers, pools, laundry facilities, and exterior lighting, remain on the owner's meter. These loads are steady and predictable, which makes them ideal candidates for fixed-rate procurement. However, they are often overlooked in portfolio-level energy planning because the per-property cost seems small. Across a portfolio of 10 or 15 multifamily assets, those common area costs add up quickly.
Average Electricity Costs for Commercial Real Estate in Texas
Electricity pricing in Texas is shaped by the deregulated market structure under ERCOT. Unlike regulated states where a single utility sets rates, Texas allows commercial customers to choose from dozens of Retail Electric Providers, each offering different rate structures, contract terms, and pricing models. This creates a genuine opportunity for cost savings, but it also means the difference between a good contract and a mediocre one can be substantial.
Cost Per kWh: What CRE Operators Should Expect
As of recent market conditions, commercial electricity rates in Texas generally range from $0.06 to $0.12 per kWh for large commercial accounts, depending on load size, contract length, and timing. Properties with consistent demand above 500 kW can often access wholesale-adjacent pricing that smaller accounts cannot. Seasonal fluctuations also play a role: contracts signed during spring typically lock in lower rates than those negotiated in summer when forward pricing reflects peak demand expectations.
| Property Type | Typical Energy Intensity | Estimated Cost per Sq Ft (Annual) | Key Cost Drivers |
|---|---|---|---|
| Class A Office | 15 - 22 kWh/sq ft/yr | $1.50 - $2.50 | HVAC, lighting, plug loads |
| Class B/C Office | 18 - 28 kWh/sq ft/yr | $1.80 - $3.20 | Aging HVAC, poor insulation |
| Enclosed Retail/Mall | 20 - 30 kWh/sq ft/yr | $2.00 - $3.50 | Extended hours, anchor tenants |
| Strip Center | 12 - 18 kWh/sq ft/yr | $1.20 - $2.00 | Common area lighting, signage |
| Mixed-Use | 16 - 25 kWh/sq ft/yr | $1.60 - $2.80 | Varied use types, shared systems |
| Multifamily (Common Area) | 5 - 10 kWh/sq ft/yr | $0.50 - $1.10 | Pools, fitness centers, exterior lighting |
Ranges reflect typical Texas market conditions and vary based on building efficiency, occupancy, location, and contracted electricity rate. Actual costs depend on specific property characteristics and procurement terms.
What Drives Cost Variability Across a Portfolio
Even within a single portfolio, electricity costs per square foot can vary by 40% or more between the best-performing and worst-performing properties. The most common culprits include:
- Building vintage: Properties built before 2000 often lack modern insulation, efficient HVAC systems, and LED lighting, driving up per-unit energy costs significantly.
- Occupancy rate: Partially occupied buildings still run core HVAC and lighting systems, meaning the cost per occupied square foot rises as vacancy increases.
- Contract misalignment: Properties renewed at different times may be on contracts with rate spreads of $0.02-$0.03/kWh or more, creating unnecessary cost disparity.
- Metering configuration: Buildings without submetering lack the granular data needed to identify waste or allocate costs accurately to tenants.
Energy Management for Property Portfolios
Managing energy for a single building is a facilities task. Managing energy across a portfolio is a financial strategy. The distinction matters because the tools, approach, and decision-making process are fundamentally different at scale.
For REIT operators and multi-property owners, the goal is not just to get a good rate on each building. It is to create a procurement and management framework that delivers consistent results across every asset, minimizes surprises, and provides the visibility needed to make informed decisions at the portfolio level.
Aggregating Load Across Properties
One of the most straightforward advantages of portfolio-scale management is load aggregation. When you combine the electricity demand of multiple properties into a single procurement event, you present a larger, more attractive volume to suppliers. That translates directly into better pricing. A portfolio buying 15 million kWh annually will receive materially different offers than individual properties buying 500,000 to 1 million kWh each.
Reducing Cost Variability
Without centralized oversight, individual property managers often renew electricity contracts independently, using whatever provider they have used before or whichever one calls first. The result is a patchwork of rates, terms, and renewal dates that creates unnecessary variability in operating budgets. Centralizing procurement eliminates this. It allows portfolio operators to standardize contract terms, align renewal windows, and benchmark every property against the same pricing baseline.
Tenant Billing Structures
How energy costs flow to tenants varies by lease type and metering setup. In triple-net (NNN) leases, electricity costs pass through directly. In gross or modified gross leases, the landlord absorbs the cost and must manage it against projected operating budgets. Submetering adds a layer of precision by measuring each tenant's actual consumption, which improves billing accuracy and often reduces total building consumption by 10-20% simply because tenants become aware of their usage.
Visibility Across Consumption
You cannot manage what you cannot see. The most effective portfolio energy programs include centralized reporting that tracks consumption, cost, and performance metrics across every property. This does not require a massive technology investment. It starts with consolidating utility data into a single view, benchmarking properties against each other, and identifying the outliers that deserve attention first.
Sustainability, LEED, and Energy Performance Standards
Energy performance is no longer optional in institutional commercial real estate. Between investor-driven ESG mandates, tenant demand for sustainable buildings, and the growing adoption of energy benchmarking requirements, CRE operators face real pressure to quantify and improve the energy profile of their portfolios.
LEED Certification and Energy Planning
LEED-certified buildings must meet specific energy performance thresholds, and maintaining that certification requires ongoing attention to how electricity is sourced and consumed. For properties pursuing or maintaining LEED status, energy procurement is a contributing factor. Renewable energy certificates (RECs) and green power purchasing can support certification goals, and in Texas's deregulated market, sourcing electricity with a renewable component is straightforward if structured into the procurement contract.
ENERGY STAR Benchmarking
ENERGY STAR scores provide a standardized way to compare a building's energy performance against similar properties nationwide. Many institutional investors now require ENERGY STAR benchmarking as part of their ESG reporting. For portfolio operators, this creates a built-in framework for identifying which buildings are underperforming and where efficiency investments will have the greatest impact. Properties scoring below 50 are strong candidates for operational improvements, while those above 75 may qualify for ENERGY STAR certification, which can support leasing and marketing efforts.
ESG Reporting Pressure
Institutional investors, particularly pension funds, endowments, and public REITs, increasingly require detailed energy and emissions data as part of ESG disclosures. GRESB reporting, CDP questionnaires, and proprietary investor frameworks all demand portfolio-level energy data. Having a centralized energy management approach makes this reporting significantly more efficient and accurate. It also positions the portfolio favorably in competitive benchmarking against peer operators.
Energy Efficiency as Asset Value Protection
Buildings with strong energy performance attract and retain tenants more easily, command higher rents in competitive markets, and face lower operating cost risk as rates fluctuate. In Texas, where electricity costs can spike during extreme weather events, efficient buildings provide a measurable financial buffer. This is not just an environmental consideration. It is a direct contributor to asset value and portfolio competitiveness.
Multi-Property Energy Procurement Strategy
The mechanics of buying electricity for a CRE portfolio are different from buying for a single property, and the stakes are higher. Contract decisions made across a portfolio of 10, 20, or 50 properties compound over the life of each agreement. Getting the structure right matters.
Centralized Procurement Advantages
Centralized procurement means one team, or one broker, managing the electricity supply contracts for every property in the portfolio. This eliminates the inefficiency of individual property managers, each running their own procurement process. It also creates consistency in contract terms, pricing benchmarks, and renewal management. For multi-market portfolios with properties spread across Texas, centralized procurement through a broker with access to multiple REPs ensures that each property gets competitive pricing without duplicating effort.
Rate Negotiation Across Aggregated Load
Volume matters in electricity procurement. When you aggregate the annual consumption of multiple properties into a single request for proposals, suppliers compete harder for the business. This is particularly effective in Texas, where dozens of REPs actively bid for large commercial accounts. A reverse auction process, where multiple providers submit competing bids in real-time, is one of the most effective ways to drive pricing down on a portfolio-scale contract.
Contract Structuring for Multiple Assets
Not every property in a portfolio needs the same contract structure. Some assets may benefit from fixed-rate contracts that lock in predictable costs for 24-36 months. Others, particularly properties with variable occupancy or planned renovations, may be better suited to shorter-term or indexed contracts that provide flexibility. A well-designed portfolio procurement strategy accounts for these differences while maintaining overall cost discipline.
Hedging Exposure and Managing Renewals
One of the most common mistakes in CRE energy procurement is allowing all contracts to expire at the same time. If the entire portfolio renews during a period of high market pricing, the cost impact is significant and unavoidable. Staggering renewal dates across the portfolio creates natural diversification. It means that in any given year, only a portion of the portfolio is exposed to current market conditions, which smooths out cost variability over time.
Why Energy Strategy Belongs in the Asset Management Conversation
Across most commercial real estate portfolios, electricity ranks among the top three controllable operating expenses, alongside property taxes and insurance. Unlike those costs, which are largely dictated by external factors, energy spend responds directly to procurement decisions and operational improvements.
Direct NOI Impact
Every dollar saved on electricity flows directly to net operating income. For a portfolio with $5 million in annual energy spend, a 10% reduction through better procurement adds $500,000 to NOI without any capital expenditure. At a 6% cap rate, that improvement translates to over $8 million in portfolio value.
Compounding Efficiency at Scale
Efficiency improvements do not operate in isolation. Better procurement reduces the base cost per kWh. Operational improvements reduce total consumption. Together, the savings compound. A property that reduces both rate and consumption by 10% actually achieves a roughly 19% total cost reduction.
Competitive Asset Positioning
In markets like Dallas, Houston, and Austin, tenants evaluating office space increasingly factor energy costs and building performance into their decisions. Properties with lower operating costs, stronger ENERGY STAR scores, and sustainable energy sourcing have a measurable advantage in attracting and retaining quality tenants.
Budget Predictability
Well-structured energy contracts reduce the volatility in operating budgets, which makes forecasting difficult. For publicly traded REITs and institutional owners, this predictability supports cleaner financial reporting and more confident guidance to investors and stakeholders.
If your portfolio includes five or more commercial properties in Texas, a structured energy assessment can identify where your current procurement is costing more than it should and what a better-aligned strategy looks like in practice.
Here’s what our customers have to say
Read real reviews from customers just like you.
★★★★★
He was extremely helpful and quick to get us a better rate and solve our problems.
Abys Insurance & Multiservice
★★★★★
We used to have several different contracts with multiple expiration dates to keep up with. Now we have one aggregated product with a low fixed rate. Leave the energy up to the experts and call Texas Electric Broker today, you won’t regret it!!!
Sport Hypes
★★★★★
Love working the folks over at Texas Electric. Truly experienced in educating customers and finding the most competitive rates in the market.
Donell Kinnard
Frequently Asked Questions - Real Estate Electricity Rates
What affects commercial real estate electricity costs in Texas?
Several factors influence commercial property electricity costs in Texas: building age and HVAC efficiency, total square footage and occupancy rates, peak demand patterns during summer months, the specific Retail Electric Provider (REP) and contract structure, time-of-use pricing exposure, and whether the property uses submetering or master metering. Texas's deregulated market means rates vary significantly between providers, making procurement strategy a major cost variable.
How can property managers reduce energy costs across portfolios?
The most effective approach combines procurement optimization with operational improvements. Start by aggregating load data across all properties to negotiate volume-based rates. Stagger contract renewals to avoid market-timing risk. Implement submetering to identify underperforming assets. Benchmark each property against ENERGY STAR standards to prioritize efficiency upgrades. For portfolios with 5+ properties, centralized procurement through a broker typically produces savings of 8-15% compared to property-by-property purchasing.
What is commercial real estate energy management?
Commercial real estate energy management is the strategic oversight of electricity procurement, consumption monitoring, and efficiency optimization across one or more commercial properties. It goes beyond simply paying utility bills. It includes rate procurement and contract negotiation, portfolio-level consumption analysis, tenant billing and cost allocation, efficiency benchmarking and improvement planning, and sustainability compliance and reporting. For portfolio operators, effective energy management directly improves net operating income and asset valuation.
Do REITs benefit from centralized energy procurement?
Yes, significantly. REITs and portfolio operators that centralize energy procurement typically see lower per-kWh rates through volume aggregation, simplified vendor management across properties, more consistent budgeting and forecasting, better contract terms due to stronger negotiating position, and streamlined reporting for investor and ESG disclosures. The larger the portfolio, the greater the procurement advantage. A 20-property REIT buying electricity as a single block will consistently outperform 20 individual property-level contracts.
How do Texas electricity rates impact office buildings?
Office buildings are particularly sensitive to electricity rate fluctuations because of their heavy HVAC loads, consistent weekday operating hours, and lighting demands across large floor plates. In Texas, summer peak pricing can increase monthly electricity costs by 30-50% compared to shoulder months. For a 100,000 sq ft Class A office building, even a $0.01/kWh difference in the contracted rate can represent $15,000 to $25,000 annually. Strategic rate procurement and demand management are essential for controlling these costs.
What role does tenant billing play in energy costs?
Tenant billing structure directly affects how energy costs flow through a property's financials. In gross lease structures, the landlord absorbs electricity costs, making procurement critical to NOI. In net lease or modified gross arrangements, costs pass through to tenants, but the landlord still controls the supply contract. Submetering allows precise tenant-level billing and creates accountability for consumption. Properties without submetering often see 10-20% higher total consumption because tenants have no incentive to conserve.
Get a Clear Picture of Your Portfolio's Energy Costs
Whether you manage five properties or fifty, a portfolio energy assessment identifies where your current procurement strategy is leaving money on the table. As one of the key industries we serve, commercial real estate benefits from a tailored approach. We analyze rate structures, contract terms, consumption patterns, and renewal timing across your entire portfolio, then show you exactly where the opportunities are.
